Specifications... · 2014-05-16 · Table of 1 INTRO 2 SCOP 3 SYSTE 4 USE C 5 CUST 5.1.1 5.1.2...
66
Us Use Case e Ca es ses 1 / 66
Transcript of Specifications... · 2014-05-16 · Table of 1 INTRO 2 SCOP 3 SYSTE 4 USE C 5 CUST 5.1.1 5.1.2...
Us
Use Case
e Ca
es
ses
1 / 66
Table of
1 INTRO
2 SCOP
3 SYSTE
4 USE C
5 CUST
5.1.1 5.1.2 5.1.3 5.1.4
6 APPLI
6.1.1 6.1.2 6.1.3 6.1.4
7 ENER
7.1 SCE
7.1.1 7.1.2 Foreca7.1.3 7.1.4
7.2 SCE
8 INTER
8.1 SCE
8.1.1 8.1.2
9 OVER
9.1 3.1
9.1.1 9.1.2 9.1.3 9.1.4 9.1.5
9.2 SCE
10 POWE
10.1 DET
END OF PO
11 DEVIC
11.1 SCE
11.1.1 11.2 SCE
11.2.1 11.2.2
11.3 SCE
11.3.1 11.3.2
12 ENER
contents
ODUCTION
E ..................
EM ARCHIT
CASES ..........
OMER AWA
Scenario 1:Scenario 2:Scenario 3:Scenario 4:
IANCE REG
CoordinateSelf ManagScenario 1:Scenario 2:
RGY PRODU
ENARIO 1: VIS
Inverter daPlant Forec
ast data acquisForecast daUser visual
ENARIO 2: PEA
RACTION B
ENARIO 1: AC
Request of AResult of AD
RLOAD MAN
SCENARIO 1:
Power profPower profOverload WOverload WNotification
ENARIO 2: OV
ER LOSS NO
TECTION OF A
OWER LOSS E
CES MONIT
ENARIO 1: DEV
InitializaENARIO 2: DEV
Phase 1Phase 2
ENARIO 3: DEV
Phase 1Phase 2
RGY@HOME
......................
......................
TECTURE ....
......................
ARENESS ....
: Visualization: Visualization: Alarm ..........: Other energy
GULATION ..
ed Managemengement applian: Home Doma: Optimize ene
UCTION/STO
SUALIZATION
ta acquisitioncast registratiisition .............ata acquisitionlization ..........AKS/COSTS OP
BETWEEN C
TIVE DEMAND
AD service ....D service .......
NAGEMENT
OVERLOAD M
file schedulingfile is unschedWarning notifiWarning Clearn of the Overl
VERLOAD MAN
OTIFICATIO
A POWER LOSS
EVENT PHASE .
TORING AND
VICE INITIALI
ation descriptVICE MONITO
: Monitoring d: Monitoring eVICE CONTRO
: Setup ...........: Command ...
E PROVISIO
......................
......................
......................
......................
......................
n of current enn of historical......................y information
......................
nt appliances nces regulatio
ain Overload mergy cost in ca
ORAGE .........
OF PRODUCT
n .....................ion .......................................n .........................................PTIMIZATION
EMS AND T
D AND ENERG
......................
......................
T .....................
MANAGEMENT
g ....................duled ..............ication sent froredUp notificaoad Warning NAGEMENT EX
ON AND ANA
S EVENT PHAS
......................
D CONTROL
IZATION ........tion ................ORING ............disabled ........enabled .........OL .............................................................
ONING AND
Use Case
......................
......................
......................
......................
......................
nergy and powl data.......................................................
......................
regulation ....on ..................management .ase of multi-ta
......................
TION INFORMA
.....................
.....................
.....................
.....................
.....................
.....................
THE AGGRE
GY SYSTEM IN
.....................
.....................
......................
T EX-ANTE ..............................................om the Meteration sent fromEvent to the UX-POST .........
ALYSIS ........
SE ........................................
L ...................
...........................................
................................................................
................................................................
MAINTENA
es
......................
......................
......................
......................
......................
wer data ..........................................................................
......................
......................
......................
......................ariff contract .
......................
ATION ................................................................................................................................................
EGATOR ......
NTERACTION .............................................
......................
......................
......................
......................
......................m the Meter ...User .....................................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
ANCE ............
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
2 / 66
................... 4
................... 5
................... 6
................. 10
................. 10
................. 10
................. 15
................. 15
................. 16
................. 17
................. 17
................. 17
................. 18
................. 20
................. 23
................. 24
................. 24
................. 26
................. 27
................. 28
................. 28
................. 29
................. 30
................. 31
................. 33
................. 35
................. 36
................. 37
................. 39
................. 40
................. 41
................. 42
................. 43
................. 44
................. 45
................. 46
................. 47
................. 48
................. 49
................. 50
................. 52
................. 53
................. 54
................. 56
................. 57
................. 57
................. 60
4
5
6
0
0
0 5 5 6
7
7 7 8 0
3
4 4 6 7 8 8 9
0
3 5
6
7 9 0
2 3 4
5
6 7
8
9 0 2 3 4 6 7 7
0
12.1.1 12.1.2 12.1.3
13 REVIS
14 GLOS
Add a neRemove Mainten
SIONS ..........
SSARY ..........
ew device .......a device ........
nance ..............
......................
......................
......................
......................
......................
......................
......................
Use Case
.....................
.....................
.....................
......................
......................
es
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
......................
3 / 66
................. 60
................. 60
................. 60
................. 60
................. 62
0 0 0
0
2
1 IntroEnergy@hfor energy communicbased on thSmart Grid The AssocIndesit Commembers fappliances telecommuIntecs), mithe inverteMario Boeand Urmet
The Energytransform tthe electrictelecommudevices to domestic eThe activitof architecthe regulatspecificatioEnergy@hintegrates d
Inforenco
Enerwitho
oductiohome is a no
efficiency iation. Its gohe collaborad.
iation was fmpany and from differe
manufacturunications (Ticro-electronr and storag
ella) and smt).
y@home aithe home enc meter, houunications, sbe integrate
energy systeties of the Atures and te
tory environons.
home is an adevices, fun
rmation in thuraged to re
rgy@home rout any prio
on o-profit assoin the homeoal is to proation of the
founded on it is open to
ent industrierers (ElectrTelecom Itanics vendorge systems (
mall/medium
ims to use thnvironment usehold appsmall renewed in a smarem, and giviAssociation echnical spenment, expe
acknowledgnctionalities
his documeeview and p
reserves theor notice.
ociation thate, for the bemote the deappliances
July 2012 bo new membes: the electrolux, Indesialia and Vodrs (Freescale(Power-One
m-sized comp
he new infoin an eco-s
pliances, elewable powerrt way, increing consumare organiz
ecifications,erimenting w
ed contribus and use ca
ent is prelimprovide com
commen
e right to pu
Use Case
t aims to deenefit of the evelopment within the h
by Telecommbers. At the
rical systemit Companydafone), ICe, Renesas ae), as well a
mpanies (Fly
ormation tecsystem of deectrical syster plant and eeasing ener
mers more ined into wor, include thewith pilot pr
utor to the Zases of Ener
minary and smments at th
nts@energy
ublish future
es
evelop & proenvironmenand widesp
household a
m Italia, Elece time of wr
m industry (Ey, WhirlpooT companieand ST Micas research i-By, Flexgr
chnologies aevices that cem, and theenergy storargy efficiencnformation arking groupse analysis orojects and
ZigBee Homrgy@home.
subject to chhe following
y-home.it
e versions o
omote technnt, based uppread of proand their int
ctrolux, Eneriting, the AEnel and Edl, and Aristoes (Altran, Fcroelectronicinstitutes (Isrid, Eurothe
and electroncommunicatnetwork of
age. Commucy, reliabilitand power os and, in adf the use cathe dissemi
me Automati
hange, howeg e-mail add
of these spec
nologies anpon device toducts and stegration wi
el DistribuzAssociation cdison), houston Thermo)Flash Replycs) and a costituto Supe
erm, MAC,
nic equipmeate with eachf broadband
munication alty and securof choice. ddition to theases and the ination of th
ion 1.2 stan
ever anyonedresses:
cifications
4 / 66
d services to device services ith the
ione, and counts 22 sehold ),
y, and ompany for eriore Gemino,
ent’s to h other’s: d llows these rity of the
e definitionimpact on
he
ndard that
e is
n
2 ScoThe purpoAssociationThis documaim to exadditional created takintegrated developmesupplemenpoints of v
pe ose of this dn vision. ments reprextend the E
types of seking into ac
Home Areent of thentary categoview.
document i
esents the sE@h architervices are count the eea Networke project, ories of serv
is to provid
second releatecture folldefined w
xperience ok. Further whenever
vices for clie
Use Case
de a set of
ase of “Enelowing con
with respect of the partneversions opartners
ents also tak
es
use cases
ergy@homensumers an
of the firsers and con
of the docushall identking into ac
for implem
e Use Cased grid nee
st version. Tnstitutes a neument are tify the cccount addi
menting Ene
es” documeeds. In theThis releas
new step towenvisaged
chance to itional expe
5 / 66
ergy@home
nt with thee documentse has beenward a fully
during theimplement
riences and
e
e t n y e t d
3 SystFollowing flexible desupport of flexibility tConnectionThe generiCustomer a
The functiosystems anbe mappedshown in Fenergy conarchitecturinterests of
1 Developed Reference: h
tem Arcthe Europemand and gan efficientthat a custon Point”, thic architectuand the Grid
Figure 1: Flex
onal compond devices. Id in the EnerFigure 2, pronsumption are is expectef the Energy
by the “Smart
http://ec.europa
chitectuan roadmap
generation at integration
omer could oat represent
ure that descd actors is r
xibility function
onents repreIn this docurgy@home oviding to tawareness, ued to increay@home m
t Grid Coordina.eu/energy/g
ure p for the impare taken intn of renewaboffer to the ts the physiccribes the fureported in F
nal architectur
esented in thument it wil
architecturhe customeup to a fullyse in scope embers.
nation Group”as_electricity/
Use Case
plementatioto account,
able energy Smart Gridcal and logiunctions invFigure 1
re from SGCG
his figure col be shown
re. The Assoers new valuy integrated as a result o
” as requested/smartgrids/do
es
on of the Smone of the csources into
d actors throical interfacvolved in th
G (source Smar
ould be imphow this ge
ociation adoue added ser
energy manof the ongo
d by the Europoc/xpert_grou
mart Grid1, wcornerstone o the energyugh a so ca
ce from the che interactio
rt Grid Coordi
lemented/ageneric functopted the syrvices ranginagement sying collabor
pean Commissup1_sustainabl
where conce requiremeny system is talled “Smartcustomer to
ons between
ination Group
ggregated intional architystem architing from simystem. The ration activ
sion, mandatele_processes.p
6 / 66
epts like nt for the the t Grid o the grid. n the
)
n different tecture can ecture
mple
vities and
e M/490. pdf
In a Home Network), through corequiremeninterfaces a Devices inAutomatioEnergy@hlevels of cobetween thmultiple ve The HAN wprovides m(Enel DistrNetwork anreceived fr The HAN devices thaPlug. In Ento receive eon/off remthe type ofand controas well as tinformationscheduling
Domain, thall the acto
ommunicationts of indooand service
n the HAN con version 1home and ofommunicatihe user deviendors.
will interfacmeasuremenribuzione) pnd it commrom the all t
devices are at do not imnergy@homenergy data
motely. Smarf load (e.g., l the start anthe transmisn of the app
g algorithm
hat includesrs (home deon mechani
or platform as provided o
communicat.2 develope
fficially ratiion includinces. This en
ce with the nt data recorpower-line p
municates usthe DSO me
divided intmplement anme have beea and instantrt devices artype of appnd the statussion of statpliance. Evethat uses th
Figure 2: E
s both the Hevices, CEMsm. The aimand it is expoutside the
te with eached in collabofied in July
ng the syntansures full in
DSO meterrded by the protocol. Oning the ZigBeters and ca
to "legacy dny communin defined ataneous powre connecte
pliance, suppus of operatitistical inforery electricahe data struc
Use Case
Energy@home
HAN (HomeMS, Smart Im of Energypressly out oHome Dom
h other via toration betw
y 2013. Thesax and semanteroperabi
r using a smelectronic mn the other Bee protocoan be querie
devices" andication skill
all the messawer, and whd devices foplier name, ion, to commrmation andal load of a cture defined
es
architecture
e Area NetwInfo and Cuy@home is of the scope
main.
the wirelessween the Zigse internatioantics of appility betwee
mart meterinmeter commside, this deol: it can be ed in polling
d " smart dels and can oages neededhere the loador which thefirmware v
municate ind the tunnelsmart devicd in Power
work) and thstomer Inteto identify
e the definit
protocol ZigBee Allianonal specificplication men systems a
ng gateway (municating wevice is partconfigured
g to acquire
vices”. Thenly be contr
d to configurd permits, toe messages
version, etc.)nformation ting of manu
ce can be plaProfile.
he HN (Homerfaces) can and describtion of the o
igBee Homnce and cations defiessages excand devices
(Smart Infowith it via tht of the Hom
d to send puon-demand
e first are tratrolled throuure these smo control thare defined) as well as to diagnose ufacturer pranned throu
7 / 66
me cooperate
be the other
me
ine all hanged from
o) that he DSO me Area sh data
d data.
aditional ugh a Smart
mart plugs, he switch d to identify
to monitor problems
roprietary ugh a
t
y
The Powerwashing mschedulablestimated tschedulingschedulingthe total desubject to aavailability The main a Smart
their poo
o o
o
In asupthe exashaSmsomconbe c
Customo
o
o
The CupossibiinterfacpreviouTypicaentertaimplem(e.g. th
r Profile is amachine eachle phase nottime require
g the phase. g algorithm emand in terany restrictiy of energy
actors in the
Applianceossible newDisplay toinstant powDispatch inAutonomocoming frobeyond a thCooperativload shiftin
any case, thpervision, sh
correct exeample, a small assure the
mart plugs (mehow incluntrol over thcontrolled bmer Interfa
Display ininformatioevery singinterface isTransmit behavior Configure computer utime slots)
ustomer Inteility to havece, but the dusly stated. al Customer inment syst
ments the ushe Home Ga
a vector whh element ot interruptibed, the expeThe CEMSto calculaterms of maxion set by thfrom power
e Home Dom
es: an evoluw functionalio the customwer, etc.) n the HAN
ously adapt om the houhreshold) vely operateng and load
he load contrhall be perfoecution of itart washinge result of thable to provuded in the he effect of rby Smart Pluaces: see henformation n and simil
gle smart aps freely deficontrol me
Smart Appused to con
erface, frome Customer definition of
Interfaces atems, in-houser interfaceateway) and
ich represenf the vector
ble describedected energyS collects the the delay oimum powehe client (sur plants and
main are the
tion of the aities: mer informa
informationtheir behav
use. (e.g. re
e with othershedding
rol operatioormed undets working pg machine, whe washing vide remoteSmart Applremote contugs
ereunder somon energy
lar, from thppliance. Tined by everessage to S
pliances to mnfigure a th
m this perspeInterfaces af this interfa
are personause monitore, could be ld accessed th
Use Case
nts the enerr represents d by 4 fieldy consumed
he Power Proof each stager and hourluch as the tid storage sy
e following
actual and s
ation on th
n on their envior accord
educe their
r entities in
ons either peer the complprocedure awhen reque
g cycle. e metering aliances catetrol activitie
me of their pusage like
he whole hoThe level ofry device Smart Appl
modify theirhermostat to
ective, is coaccessing thface is out o
al computersr and similalocal in the hrough web
es
gy needs ofa phase of s: the maxim
d and, finallyofile of all d
ge for each dly cost of enime of termistems in the
g ones:
standard wh
heir energy
nergy consuding to inforload when
n order to op
erformed aulete control nd its resultsted to mod
and to be remegory althoues. In partic
possible fune instant poouse (cominf details an
liances to
r power cono activate th
onnected in he house frof the scope
s, Smart Phar. The softwdevice or re
b-services.
f a device, inthe washingmum powery, the maximdevices condevice; this nergy that, oination of a e home.
hite goods;
consumptio
umptions rmation on global hou
ptimize the
utonomouslyof the appli
ts and perfodify its cons
motely contugh they cancular, Smart
nctionalitiesower, historng from the nd graphica
request a
nsumption phe controlle
the HN/HAom the WANof the Ener
ones, PDAsware applicaemotely hos
n the case og. Each elemr required, tmum delay
nnected and permits to oof course, is
a wash) and
see hereund
ons (e.g. us
n energy conuse consump
energy usa
y or under aiance, whic
ormances. Fsumption be
trolled) coun provide not Appliance
s: rical data, Smart Info
al layout of
modificatio
profile (e.g.ed load only
AN; it is foreN through argy@home p
s, ad hoc disation, whichsted in anoth
8 / 66
of a ment is a the allowed performs a optimizes s always to the
der some of
sed energy,
nsumptionsptions goes
age through
an external ch assures For ehavior,
uld be o direct s will not
contractualo) and fromf their user
on of their
. a personaly in certain
eseen the a specific project as
splays, h her device
f
,
s s
h
l m r
r
l n
Customcommuinternebased minimureceivecan hanthese toNote thcontrol
Smart informHome could b(sampldevice,by third
Outstandin WSN-C
HAN dapplica
ElectridifferenMoreovof the m
Aggregthe ADoffers t
Please notedevices in functionaliwith a richthe same wto perform
mer Energunication fuet). The CE
on signals um performed from conndle generao the connehat multipllled.
Info: it iation into tElectricity be possiblyed at of ab, likely embd parties an
ng compone
C: Wirelessdevices an
ations. icity Metentiated regver, the memeter. gator: med
D buyers, pto the marke
e that the prthe Home Dities from m
h user interfaway, while ty
m such opera
gy ManagunctionalitieEM is a log
received mance standannected devial or dedicatected devicee loads/gen
is the elemthe HAN. PMeter, hen generated bout 1 Hertbedded insi
nd used to di
ents outside
s Sensor Nd provides
er: An elegisters, and eter should
diator betwepools flexibets.
roposed clasDomain, wit
more than a cface, could aypical smar
ations, shoul
ger Systemes, it is the ggical functifrom the gards. The Cices; especited load andes. It providneration res
ment, proviPublished dnce the Sma
by the Smatz frequencde the Smaispatch data
the Home D
etwork Censervice or
ctric metercapable o
provide bi-
een consumilities of co
ssification ithout any licategory. Aalso implemrt applianceld be consid
Use Case
m (CEMSgateway beon optimizgrid, consu
Customer Enially the in-d generationdes vice vesources can
ided by thdata are a sart Info actsart Info itsecy or higheart Info. Ada generated
Domain are
nter: it manriented inte
r, able to of transmitt-direction c
mers and ADonsumers to
is mainly inimitation to
As an exampment functioes are smart dered an app
es
) The CEetween the Hzing energy umer’s settinergy Manahome/buildn managemrsa informa
n be combin
he DSO, wsub-set of ths like a proelf. Noticeaer) should bdditional ele
by other me
e:
nages, togeterfaces for
measure ating such ommunicat
D buyers, co build Act
ntended to idthe possibi
ple, an advannalities typiwhite goodpliance from
EMS is CHAN, the H
consumptiings and cager collectsding sector h
ment commaation towardned in the
which dispahose alread
oxy of the mably, near rebe acquiredements (SI’)eters into th
her with ththe develo
and record data to cenion to allow
ollects requtive Deman
dentify the mlity for a denced Smart ical of a Cu
ds, also a perm this persp
CEM integHN and the ion and or contracts, as messages has to be mands and theds the “gridCEM to b
atches enerdy availablemeter. Addeal-time insd by anothe) can also bhe HAN.
he Home Gaopment of
d usage daentral utilitiw remote m
uests and sind services
main categoevice to impt Appliance,ustomer Inteersonal comppective.
9 / 66
rated withWAN (e.g.production
and devicessent to andentioned. Iten forwardsd / market”.be mutually
rgy relatede inside theitional datastant powerer meteringbe provided
ateway, thethird-party
ata in timeies system.
management
ignals fromand makes
ories of plement , provided erface. In puter, able
h .
n s d t s .
y
d e a r g d
e y
e . t
m s
4 UseUse cases number in We define
Cus App
Moreover maintenancLet’s descr
5 CusThe goal oconsumptioto the custo
5.1.1 ScThe aim ofher/his con Title
Description
SProvides a scontained inand, eventucalculated banother devData are disand in case slowly chanSmart Info pelaboration
cases have been order to madifferent in
stomer Awapliance Reg
it will be ce of the Neribe all of th
stomer aof this first lon by displomer any re
cenario 1:f following nsumptions.
n
Smart Info sub-set of dan the Smart Mally, instant
by the SI itsevice connectespatched upoof transition
nging data). Tperforms no over the dat
organized ake them eancremental l
areness gulation
important etwork itselhem in deta
awarenelevel of funaying someelated action
: Visualizuse cases is
ata Meter power,
elf or ed to it. on request n (only for The
a
into clusterasily identifilevels of fun
to define lf, not strictlil:
ess nctionalitiese useful enern.
ation of cs to provide
1.1 Visualizaand DSO The customeenergy consuInfo, which rthose data wAmong the dprovided, hethe active tar“current” mehours or daynumbers, graCustomer Innecessary; itdescribed in
Hosts a Webcollects dataorganizes thepresentation
Exposes a wHN that can applications current data visualization
Use Case
rs of scenarfiable. nctionalities
some auxily related to
is to enhanrgy related
current ene customer w
ation of glob
er is presenteumption of hretrieved the
with near realdata coming ence any referiff at the moeans near rea
ys. Data can baphics, table
nterface. In thts presence w the CEMS c
Roles CEMS
b applicationa from HAN em for a use
n.
web-based APbe used by 3that wishes and provide
n.
es
rios and the
s of the Ene
iliary use co the Energy
nce customedata. The a
nergy andwith inform
bal current m
ed with inforhis/her houseem from the M-time powerform the Me
erence to the oment, but nal time data abe presenteds, etc.) in thhis Use Casewould allow acolumn.
n that devices and r-friendly
PI over IP 3rd party to elaborate s a different
ey maintain
ergy@Home
cases relatey Managem
er awarenesappliance w
d power dation on the
metering data
rmation aboue. Data are prMeter and, p, measured beter no informcurrent tarifot the pricingand the consu
in different he Smart App the CEMS ia number of
SmReceive ovSmart Infometering denergy conDisplay a data, depeof its user
n a unique i
e System:
ed to the ment of the h
ss about herwill not sugg
data e current sit
from Smart
ut the global rovided by thpossibly, inteby an extra mmation aboutff shows just g. In this conumptions of formats (pla
pliance or in is not strictlyextra functio
mart Applianver the HANo) global curdata and totansumption. sub-set of av
ending on theinterface
10 / 66
incremental
set up andhouse.
r/his energygest directly
tuation of
Meter
current he Smart egrates module. t costs are which is
ntext last few
ain the
y onalities
nces N (from rrent al in-house
vailable e richness
l
d
y y
retrieved bythe basic prretrieve, valdispatch theprofile shallthe same levavailable inminutes). Ato change Mor to integrapower, shaldevice whiccustomer.
Title Description
SAt least the In addition, use (TOU) pInfo can emwhenever a taking place
y the Meter, erocessing reqlidate, memoem. For examl be dispatchvel of resolu
n the meter (eAny operationMeter data resate them withl be perform
ch displays d
n
Smart Info same as UC in case of tipricing, the S
mit signal in ttariff chang
e. (see notes
except quired to orize and mple, load hed with tion
e.g. 15 n needed solution h instant
med by the data to the
C 1.1 me-of-Smart the HAN, e is below).
A
Implements Environmenfor Java) applications elaborate cua different v
Implements manage all sHAN; this fuimplementedthe WSN-C
Implements with the WSand providescommunicatbundles and Platform.
1.2 VisualizaThis Use Caof the used eDSO could Energy Retaclients. (see
Same as UC
The CEMS halgorithm, thAlgorithm, toobtaining (eior a proper for a remote winformation)Moreover, imweb applicatand energy caddition, thisprovide a wakWh. The extariff changeby the Smartcould also repossible diffand Meter re
Distributes othe cost infodevices.
Use Case
an nt (e.g. OSGi
to host that
urrent data anvisualization.
a Trust Agensecurity keysunctionality d via collaboService Plat
the communSN-C Services APIs to metion betweenWSN-C Ser
ation of globase extends Uenergy. Acconot be allow
ailer the onlynotes below
Roles CEMS
C 1.1
hosts a dediche Energy Coo evaluate enither via a prform to be filweb site to g) the cost infmplements ation to displaconsumptions interface shay to obtain txact momente occurs can t Info (this oequire to evaference betweal-time cloc
over the HANormation to in
es
Execution i framework
3rd party wishes to nd provides
nt to s of the can be
oration with form
nication e Platform ediate n local rvice
bal current mUC 1.1 addinording to rule
wed to providy subject entitw).
cated ost nergy costs roper code lled by user
gather the formation. a proper ay both cost
n. In hall also the cost per t when a be obtained
operation aluate the
ween CEMS cks)
N network nterested
metering data ng also informes imposed bde such informtled to define
SmSame as Uinformatioavailable (
+ cost informmation aboutby the Authomation, beine final rates
mart ApplianUC 1.1 + coston if this last(see notes be
11 / 66
mation t the cost rity, the
ng the for
nces t t info is elow)
Title
Description
SAt least the In addition, power inforprovided in Appliances consumptio
Title
Description
SSame as UC
Title
Description
SSame as UC
n
Smart Info same as UC near real tim
rmation is to order to alloto calibrate i
ons.
n
Smart Info C 1.2 plus UC
n
Smart Info C 1.3
C 1.1 me instant
be ow Smart its energy
C 1.3
1.3 VisualizaAppliances+In this Use Cconsumptionand quality oshould be potogether withperformed b
Same as UC
Provides to upoint of contrespective cuconsumption
1.4 VisualizaAppliances +Similar to U
Same as UC
Same as UC
1.5 VisualizaAppliances aOne of the mconsumer inher/him theirwill be pressinformation,achieved on The Smart Aduring its nealso about ththe CEMS toMoreover, inreceives info
Provide the Habout energycosts and clo
Use Case
ation of curr+ global curreCase, the cusns of the singof data couldossible for clh total house
by Customer Roles CEMS
C 1.1
user applianctact to publisurrent energyn information
ation of curr+ global met
UC 1.3 with inRoles CEMS
C 1.2
C 1.3
ation of estimand its cost b
most importan selecting thr costs and esed. Many st, a energy cothe single ap
Appliances esext operationhe energy coo perform enn case of timormation abo
Roles CEMS
HAN with iny tariff profilock time.
es
rent energy cent meteringstomer is alsogle applianced be differentients to displ
e consumptioInterfaces.
ces a single sh their y n.
rent energy ctering data + nformation o
mated energybefore startinant goals of the parameters
energy consuudies show t
onsumption sppliance. stimate the e
n (ex: cycle). st and the ne
nergy cost evme-of-use (TOout which tar
nformation les, energy
onsumptions data
o informed oe. The level ot among diffelay such disa
ons; such fun
SmEach appli displays
consumdata
dispatchconsum
receivesSmart Inenergy
displaysenergy
onsumptionscost informa
on costs
SmSame as Uinformatioavailable (
y consumptiong to run his use case is of the cycleumption, befothat, only by aving of 10-
nergy that wIf possible, t
ext operation valuation.. OU) pricing, riff is current
SmThe Smart estimate
consumnext op
s and power
on the currentof detail, freqferent devicesaggregated dnctionality sh
mart Applianiance s its own ene
mption/power
hes it own enmption data o
s over HAN Info) the totaconsumptions the total hoconsumption
s and power ation
mart ApplianUC 1.3 + coston if this last(see note bel
on of Smart
is to educatees feedbackinore the start bdisplaying t
-15 % could b
will be consumthey give inf
n cost by req
the applianctly in use.
mart Appliant Appliancese the energy
med to performperation
12 / 66
of Smart
t energy quency s. It
data hall be
nces
ergy r drawn
nergy ver HAN (from
al house n ouse n
of Smart
nces t t info is low)
e the ng button this be
med formation
quiring to
ce
nces s:
to be m the
Title
Description
SSame as UC
Notes: In a fully rates and metering by the EnItaly, TOUaccordingtimetable (i.e. each Usually epossible fenergy (aflat rates on previoconsumptmaximumRetailer s To evaluaanother dEnergy Cto 19:00)
n
Smart Info C 1.3
“unbundledto bill finaactivity, kn
nergy RetaiU schedule
g to the reqfor electrictime slot).
energy is prfor the ener
already avaithe concept
ous consumtions in a gi
m peak of phall rely on
ate the pricdevice, whicCost Algorith
replicating
d” framewoal customernows all theiler on the (number oquirement sc offers, bein
riced highergy providelable in thet itself of eu
mptions, foriven billingower in a g
n the meterin
e of used ech shall imphm calculate
g the conditi
1.6 Visualizanot sufficienThe Smart Aconsumed duIf the total avSmart Appli
ork, the DSOrs. Neverthee metering dbasis of the
of tariff andset out by ng each ene
er during peer to chargee market) simuro-per-kWr example
g time (e.g. given periodng data prov
energy, the plement a des the priceions applied
Use Case
ation of a want to run a SmAppliance esturing its nexvailable powiance notifies
Roles CEMS
O (owner ofeless, the Ddata neededese meterin
d start and sthe AEEG
ergy retailer
eak time ane every tarimilar to tele
Wh itself is min case tha year). Mo
d (e.g. a davided by the
Smart Info dedicated ale of energy ad by the En
es
arning if avamart Appliantimates the m
xt operation (wer in the homs the user
f the SI) is nDSO, being d for billing,ng data sentstop time) is
G. In this wr free to dec
nd lower iniff the sameecommunicmeaninglesshe rate chaoreover, they). Whichee DSO.
shall provilgorithm, that a given ti
nergy Retail
display value
receivesenergy
display
ilable total pnce maximum powex: cycle). me is not suf
SmThe Smart estimate
to be cothe next
receive total avhome th
display if it is n
eventuainformapossibleHAN
not in chargthe subject
, being the ft by the DSs pre-config
way, the AEide the pric
n off-peak; e, or even ocation rates s). The pricnges accore price coulever the con
ide the metehe Energy Cime (e.g. € pler. The Ene
the estimate
s the informacost throughthis cost
power (in the
wer that will
fficient to run
mart Appliant Appliancese the maximonsumed to pt operation the informat
vailable powehrough HANa warning to
not possible tally send the ation that it ie to run throu
ge of definint entitled tofinal price eSO. For exagured into tEEG has frce for energy
however offer a flat (note that i
ce could alsrding to thld increase nditions, th
ering informCost Algoriper kWh froergy Cost A
13 / 66
ed energy
ation of h HAN
e home) is
l be
n, the
nces s: um power
perform
tion of er in the
N o the user to run
s not ugh the
ng energy o perform evaluated ample, in the Meter rozen the y in tariff
it is also rates for
in case of o depend e overall given the
he Energy
mation to thm. The om 08:00 Algorithm
to get theEnergy CEnergy reinterfacesparameterparameter
T T T
se O
vi The outpu
Th An
. Every actoffered by A simplifProfile toshall provtariff offecorresponTariff Protariff, sucTariff Properform aIt should case no ac A commocompletedwith typic
e price couldCost Algoritetailer as a “s of the Enrs. For exars are:
The content The time bouThe time ineparate indi
Other additioia a direct m
ut of the Enhe estimatedn estimation
tor in the Hy the CEMS
fied mechano be exchanvide enoughers. A possibndent price (ofile shall ach as currenofile could bapproximate
be noted thctor in the H
on requiremd within a cal man-to-m
d be quite cthm shall b“plug-in” dnergy Cost ample, to es
of all meterundaries of n which theication of thonal data shmachine-to-
ergy Cost Ad price in eun error (perc
HAN shall hS.
nism, withonged in theh flexibilityble content (in euros peautonomousnt time or dbe provideded evaluatiohat this solHAN is able
ment, for botime compamachine int
complex, anbe hosted ondedicated to
Algorithmstimate the
ring registerthe differene energy c
he different hould be comachine co
Algorithm couros centage of e
have access
out a CEMe HAN. They in order tof the Simp
er kWh) for sly take intdifferences d by an actoons of the enution shoule to offer th
oth cost evaatible with terface resp
Use Case
nd, in any cn the CEMprice evalushall be dprice of a
rs from the nt TOU tarifconsumptionTOU tariffs
ollected by onnection to
ould be a pa
estimated pr
to the Ener
MS, could be Simplifiedto evaluate
plified Tariffr each time sto account between w
or present innergy cost.ld be conside Energy C
aluation methe proposonse.
es
case, definedMS and shouuation. In thdefined by a forecasted
Smart Meteffs ns is goings the Energy
o the Energy
air, includin
rice)
rgy Cost Alg
be envisaged Tariff Pr
e, with suffiff Profile is aslot. The acall the rele
working andn the HAN
dered as a Cost Algorith
echanism, issed services
d by each Euld be ideahe scope of detailing th
d consumpti
er
g to take p
y Cost Algory Retailer se
ng:
gorithm via
d defining ofile shall b
ficient accura sequence
ctor that proevant factord holiday da
and used b
sub-optimahm.
s that the es. In particu
Energy Retaally provideEnergy@H
he input antion, possi
place, possi
rithm itselferver.
a a dedicate
a Simplifiebe standardracy, most of time slot
ovides the Srs that influays. The Sby any othe
al one, to be
evaluation pular, it shal
14 / 66
ailer. The ed by the Home, the nd output ble input
ibly with
f possibly
ed service
ed Tariff dized and
common ts and the implified
uence the Simplified r actor to
e used in
process is ll comply
5.1.2 ScThe aim oftheir energfrom the SmTitle
Description
SRetrieves, fravailable hiin-house popossibly intinstant powresolution asamples coumeter configInfo itself doperations tresolution othe Meter. Aoperation, oadditional dperformed bInterface de Title Description
SSame as UC
Title Description
SSame as UC
5.1.3 ScTitle
cenario 2:f the followgy consumptmart Applia
n
Smart Info from the Metstorical data
ower profile) ternally gene
wer samples. Dand number ould vary, accguration. Th
does not perfoto change timof data cominAny needed or integrationdata, shall be by the Customevice.
n
Smart Info C 2.1
n
Smart Info C 2.1
cenario 3:
: Visualizwing use case
tion, disaggances.
ter, (i.e. the and
erated Data of cording to he Smart orm
me ng from
n with
mer
: Alarm
ation of hes is to prov
gregating the
2.1 Visualizahouse and SmThe customeenergy durin
The access tallows the stsingle appliaconsumptionaccess and apresent themBrowser. The CEMS aapplications the stored da
2.2 VisualizaThe customeother customreferences.
Guarantee a application ito enable comusers.
2.3 VisualizaThe customecommunities
Guarantee a application icompare thecommunity o
3.1 Notificat
Use Case
historicalvide custome global ene
ation of histomart Applianer may accesng time.
Roles CEMS
to the networtorage of theance’s energyn. The CEMaggregate thom to the user
allows externin the HN to
ata
ation of histoers may com
mers to be ab
Roles CEMS
simple accein the networmparison wi
ation of histoers may coms
Roles CEMS
simple accein the networe energy usagof users.
tion of Home
es
data mers historicergy time va
orical data fonces) ss the historic
rk platform, total and y
MS can ose data to through a
nal o retrieve
orical data compare their ow
le to check th
ss to the rk in order ith other
orical data compare their ow
ss to the rk to ge with a
e Domain Ov
cal and statisariations wi
or the single
cal data and v
SmThe Smartdisplay soconcerningconsiderinlimitationsInterface It will provinformatioconsumpti
ompared withwn energy coheir behavio
SmNone
ompared withwn energy co
SmNone
verload
stical informith the one c
customer (G
verify how h
mart Appliant Appliances
ome specific g their energ
ng the intrinss of their Use
ovide to the Hon on energyion.
th a benchmaonsumptions or against virt
mart Applian
th a user comonsumptions
mart Applian
15 / 66
mation on coming
Global in-
he used
nces s can data
gy usage, sic er
HAN its y
ark with tuous
nces
mmunity with user
nces
Description
SThe Smart IMeter, or gepower-alarmpower is beythreshold. Tconsequentlthe HAN toInterfaces, Sto the CEMindication aof power beavailable). It should bealarm is to bdevices or ohave been pfor receivinalarm couldthan once, bopens the br Title Description
SIn case of bInfo will noMeter, hencdedicated mHAN.
5.1.4 Sc The Execucustomer aclients withrenewable
n
Smart Info Info receivesenerates itselm, indicatingyond a contr
The Smart Inly, emits an a
o all the CustSmart Applia
MS, providingabout the pereyond the thr
e defined whebe sent to allonly to those previously reng the alarmsd be emitted mbefore the Mreaker.
n
Smart Info lack out the
ot be able to rce it shall notmessage towa
cenario 4:
ution Enviroawareness. Fh the energsources, the
s from the lf, a max-
g that ractual fo, alarm in omer ances and g centage reshold (if
ether the l paired which
egistered . The more eter
Smart reach the t emit any ard the
: Other en
onment, avaFor example
gy sources me CO2 footp
The customeexceeds the mOverload. ThThe custome
It can activatthrough an inallows the usfor the housealarm activadishwasher m
3.2 Black ouIn case of enguarantee ththe customer
Activate a Salarm
nergy info
ailable in thee, the energmix used to print and sim
Use Case
er is promptlmaximum avhe notificatioer can also ac
Roles CEMS
ate the local an house TI teser to set thee device/app
ation (i.e. TI tmachine, ect
ut nergy black ohe correct actr about the e
Roles CEMS
MS or a voic
ormation
e CEMS, engy retailer co
supply his/milar inform
es
ly informed wvailable powon shall be nccess to an h
alarm erminal. It e priorities pliance terminal, t.)
out the CEMtivity for a mvent with an
ce call
nables furthould deploy/her applianmation.
when the ovewer, hence caunotified local historical view
SmThe appliageneral ala
S, equipped minimum timen alarm (e.g S
SmNone
er applicatioy an applicatnce, specifyi
erall power dausing a Hom alarms (e.g.w of any alar
mart Appliaances can echarm
with an UPSe (< 60 sec.)SMS, phone
mart Applia
ons dedicatation able toing the perc
16 / 66
drawn me Domain
acoustic). rm.
nces ho the
S, is able to . It can alert call)
nces
ted to provide
centage of
6 App The appliasystem comoperated acustomer aof the hous
6.1.1 CoIn this conbehavior athe regulatthe type ocoordinateDomain Syinvolved atime variab
6.1.2 SeIn this coninformationperformed the regulatSince in thpower conof the systebe consideother Smaraccepting o
pliance r
ance regulatmplexity: aautonomousautomaticallse.
oordinatenfiguration,
according totion is needeof applianced and harmystem, the
algorithms wble energy s
elf Managnfiguration, n of the hoby the appl
tion is needehis level thernsumption (aem could no
ered as suggrt Appliancor not the su
regulati
tion can bea coordinatly by the Sly with sugg
d Manage all the Sm
o global eneed. The type. The regumonized. Ofull perform
will be the states of the
ement apthe single S
ouse, such aliance coulded. No coopre is no cooand of otheot be guaran
gestions: theces and indeuggestions f
ion
e performedted regulatioSmart Applgestions and
ement apmart Appliaergy informe of regulat
ulation logicOnly knowinmances of tmost comp
e Smart App
ppliancesSmart Applas current id vary accoperation wi
ordination wer independenteed; this ie customer nependent elefrom the sys
Use Case
d accordingon among tliances. Thed assistance
ppliancesances in the
mation of thetion performc could be ng the entthe system
plex, havingpliances and
s regulatioliance regulinstant powording to theith other appwith other Sment electricais why the oneverthelesectrical loastem.
es
g to 2 increthe devicese goal of be on how to
s regulatioe house cooe house, themed by the a
centralizedire energy could be g
g to take intd standard e
on lates its beh
wer and enere type of appliances is imart Appliaal loads of
output of thes will be in d of the ho
easing levelof the HA
oth approac improve th
on operate togeeir current sappliance cod or distribu
and powerguaranteed; to consideralectrical loa
havior accorrgy price. Tpliance andinvolved. ances and ththe house),e use cases charge of cuse. She/he
ls of perforAN or a self
ches is to phe energy m
ether to regstate and priould vary a
buted but inr status of on the oth
ation the diads in the ho
rding to gloThe type ofd its current
hus knowled, the full peof this scencoordinatinge will alway
17 / 66
rmance andf-regulationprovide the
management
gulate theiriority when
according ton any cases
the Homeer side, theifferent andouse.
obal energyf regulationt state when
dge of theirerformancesnario shouldg the use ofys decide if
d n e t
r n o s e e d
y n n
r s d f f
6.1.3 ScIn this scenof followinavoid overmanageme Title
Description
SSame as UC
cenario 1:nario, the sng use caserloading. T
ent regulatio
n
Smart Info C 1.3 + UC 3
: Home Dingle applia
es is to fostThe power on as indica
S
3.1
omain Ovance regulatter the use tpeak manated in the u
5.1 Home Dsmart appliaThe Energy@avoid Home
CoordinatedThe customestrategies in and non-smapower disconunit located alarm (e.g. acritical condIn order to siconsidered.The Smart Athe whole se
Self manageWhile workimodifying itconsumption
CoordinatedThe CEMS hthat allows thOverload Mafunctionaliti Allow th
its own oapplianc
Allow thassociatenon-smaconnecte
Receive info’s abappliancprogramCustome
Coordinorder to conditio
Use Case
verload mtes its behathe applianagement ca
use cases.
Domain Overlances @Home syste Domain Ov
d managemeer can definecase of a Ho
art appliancennection prioinside the ho
acoustic) candition. implify the p
Appliances caet of devices
ement: ing, the Smats behavior inn to the overa
Roles CEMS
d managemehosts the appthe Home Doanagement. ies could be:he Customer overload ruleces priority)he Customer e to the Smaart applianceed to the HAfrom Smart
bout the estimce power pro
m activated byer
nate the appliavoid the ov
on
es
managemavior upon hces when than leverage
load manage
tem can optimverload.
ent: e/modify the ome Domaines (Smart Pluorities for noouse will imp
n be generate
process, defa
an activate ena maximum
art Appliancen order to redall status of t
ent: plication omain The macro
to define es (i.e.
to art Plug a (not yet
AN) Appliances
mated ofile of the y the
iances in verload
ment home powerhere is enoue both on
ement in case
mize the use
load sheddinn Overload, tougs could be on-smart appplement the cd to notify to
ault configura
nhanced featenergy cons
e can performduce or adapthe house.
SmCoordinatThe Smart receives
coordin execute
as a fun displays
the user before s
central uapplianc
Self manaThe Smartfrom HANin the Homthis informbehavior bshedding anotifies itsprofile cha
r availabilitugh power coordinated
e of smart an
of power in
ng priorities o be applied used to man
pliances). A ccoordinationo the custom
ations could
tures that gusumption (pe
m load sheddpt its power
mart Applianted managemt Appliance s through HA
nation signalses the relativenction of its ss an informar starting, infounit about th
nce power pro
agement: t Appliance r
N the availabme Domain. mation, it adaby some loadactions. In ads appliance pange in the H
18 / 66
ty. The aimin order to
d and self-
nd non-
order to
and to smart age central n logic. An
mer the
be
arantee to eak limit).
ing,
nces ment:
AN the s e actions, status ation to
orms the he ofile
receives ble power Using apts its d ddition, it power HAN and,
m o -
Title
Description
SSame as UC
n
Smart Info C 1.3
S
S
S
Inform tactivatedwarning
…. The CEMS acustomer intfunctionaliti
Self manageThe CEMS smodified behprofile changAppliance.
5.2 Request not sufficienThe Energy@Customer if
CoordinatedThe Energy@home is not power profilprofile and oAppliance no
Self manageThe Smart Anext operatioIf the total avSmart Appliconfirmation
CoordinatedThe CEMS hthat allows thcoordinate thaccording toand to knowactivity scheAppliances ipre-program
Self manageThe CEMS sstate of the S
Use Case
the Customerd action (i.e.
g)
also providesterface for thies.
ement: should be nohavior (applige) of the Sm
of confirmatnt to run a Sm@Home systthe use of a
d manageme@Home systsufficient to le estimationon the currenotifies the C
ement: Appliance eston (ex: cyclevailable powiance notifiesn to start
Roles CEMS
d managemehosts the appthe Customerhe Smart Ap
o the availablwledge of the edules of othin the HAN (
mmed schedu
ement: should be noSmart Applia
es
r about any acoustic
s a web hese
otified of the iance power mart
tion to start imart Appliantem may requSmart Appli
ent: tem checks ifrun the Sma
n, on other Smnt total in houustomer and
timates the ae). wer in the homs the user and
ent: plication r to
ppliances le power potential er Smart (e.g. due to les).
otified of the ance.
if possible
if available pnce uire explicit iance may lea
f the total avart Appliancemart Applianuse consumpasks the con
ppliance pow
me is not sufd asks to the
SmCoordinatThe Smart sends th
power punit andinformaoverloa
interactavoid stcase of asking f
Self manaSee UC1.6Interacts wavoid startof potentiafor confirm
e, in its UI.
power (in the
confirmationad to power
vailable powee, dependingnces estimateption. The Smnfirmation to
wer profile a
fficient to rune customer th
mart Applianted managemt Appliance: he estimated profile to thed receives froation about thad risk ts with the cutarting the cypotential ovfor confirma
agement 6 with the custoting the cyclal overload bmation.
19 / 66
e home) is
n from the overload.
er in the g on its ed power mart o start.
about its
n, the he
nces ment
appliance e central om it the he power
ustomer to ycle in erload by
ation
omer to e in case
by asking
6.1.4 ScIn this scenThe optimias indicate Title
Description
SCoordinateSelf managSame as UC
cenario 2:nario the E@ization of ed in the use
n
Smart Info d manageme
gement: C 1.4
: Optimize@H system
energy cost e cases.
S
ent and
e energy m performs a
can leverag
6.1 Multi-tarsmart appliaThe Energy@usage in ordtariffs. This activated by as a washingexception is
CoordinatedThe customeoptimizationappliances thinterval allowcould be usesmart appliadefault confiThe Smart Athe whole sevariable tarif
Self manageThe customea washing prthe lowest enuntil the give
CoordinatedThe CEMS hthat allows thoptimize thefunctionaliti Allow th
for each priority from 19the wash
Allow ththe Smarappliancthe HAN
Receive info’s ab
Use Case
cost in cactions in oge both on
riff energy uances @Home syst
der to optimizUse Case is the custome
g machine, othe fridge, w
d managemeer can definen in case of she customer wed for the ded to manageances (e.g. a bfigurations coAppliances caet of devices ffs.
ement: er prepares throgram) and nergy price ten condition
Roles CEMS
d managemehosts the appthe Customere energy use.ies could be:he Customer
h time intervaappliances li:00 to 23:00 hing machinehe user to assart Plug a nonce (not yet coN)
from Smart bout the estim
es
case of morder to reducoordinated
use optimizat
tem providesze energy comeaningful
er and perforven and dish
which operate
ent: e/modify the single or mucan set paramdevice (e.g. fe operational boiler). In orould be consian activate ento minimize
he Smart Apsets the need
time. The Smn is met.
ent: plication r to The macro
to define al the ist (i.e. priority to
e) sociate to n-smart onnected to
Appliances mated
ulti-tariff uce and optd and self-m
ion in case o
s an optimizast according for all those m a specific
hwasher. Thees continuou
house rules fltiple applianmeters like thfrom 6:00 to time interva
rder to simpliidered. nhanced featuser cost ac
pliance for itded condition
mart Applianc
SmCoordinatThe appliainforms thits estimatreceived aprofile datcentral uniwhen the a(accordingdesiderataavailabilitypolicy). Self-regulThe Smart Possibly
activitie
contracttimize the e
management
of smart and
ation of applito the variabappliances woperating cy
e most imporusly.
for the energnces. For anythe operation
24:00). Smaal for a set ofify the proce
tures that guccording to th
ts operating n for activatice automatic
mart Applianted regulatioance before she central united power prappliance powta are used bit to calculatappliance cag to the user a, the total poty and the tar
lation: t Appliance: y performs thes as in UC 1
20 / 66
t energy cost.t regulation
non-
iances ble energy which are ycle, such rtant
gy costs y
nal time art Plugs f non-ess,
arantee to he
cycle (i.e. ion, e.g. cally waits
nces on: starting it about ofile: the wer y the
te the time n start
ower riff
he same 1.5.
. n
Title
Description
n
S
S
appliancprogramCustome
Control to optimlife qual
…. The CEMS acustomer intfunctionaliti
Self-regulatSame as UCAs a functionthe optimizathe Smart Apsoftware in tthe determinstart time.
6.2 AutomatAppliance foThis Use Caits specific fuinside the cy
Coordinated
The coordinneeds in termconsiderationoptimize the
Self manageThe single Sits own costs
Use Case
ce power prom activated byer. the applianc
mize energy clity
also providesterface for thies.
tion: C 1.5
n of the comation algorithppliance, somthe CEMS conation of the
tic time shiftor favorable ase foresees Sfunctions (eitycle) accordi
d manageme
ation betweems of power n the overall
e energy cost
ement: Smart Applias.
es
ofile of the y the
ces in order costs and
s a web hese
mplexity of hm and of me specific ould help optimal
ting of some economic co
Smart Appliather activatedng to current
ent:
en the differeconsumption
l power consts and preven
ances regulate
Implemthe CEMimplemdetermi
Offer topossibildelayedcan be pways anof compthe builcapabilisimple ajust a buwhen thused. Aappliancinterfacprofile icustomestart.
If the cudelayedApplianrequired
Displayrequiredrelevanteconom(dependits User
phases or fuonditions ances’ capabd by the custt tariff and en
ent actors in tn will allow tumption fore
nt overloads.
es time shifts
ments or delegMS the
mentation of tination logic o the customlity to activad start. This operformed innd with diffeplexity accorlt-in User Intities. For exaappliance cautton for starhe lowest tar
A more compnce can offer ce showing thin time and ler to choose
ustomer acced start, the Smnce waits untd condition iy the actual cd cycle and tt “delayed st
mical saving ding on the rr Interface)
unctions of th
bility to delaytomer or autonergy cost.
the house antake into ecast and thu
s its phase op
21 / 66
gates to
the delay
er the te a operation n several erent level rding to terface ample, a an have rting iff is lex a rich he tariff letting the when to
epts the mart til the is met. cost of the the tart”
ichness of
he Smart
y some of omatic
nd their
us better
ptimizing
SSame as UC
Smart Info C 6.1
S
CoordinatedThe CEMS hthat allows thenergy cost.
Self manageSame as UCAs a functionthe optimizathe Smart Apsoftware in tthe determinstart time.
Use Case
Roles CEMS
d managemehosts the appthe user to op
ement: C 1.5
n of the comation algorithppliance, somthe CEMS conation of the
es
ent: plication ptimize the
mplexity of hm and of me specific ould help optimal
Sm
Possiblactivitie
The cusabout thchoices
CoordinatThe Smarcoordinatfind the border to pthe phaseto preven
Self manaThe Smartautonomoushift or adsome specaccording
mart Applian
ly performs tes as in UC stomer is wahe appliances.
ted managemrt Appliancete together inbest overall sperform the se to optimize nt overloads.
agement: t Appliancesusly the logi
dapt part of itcific function
to the energ
22 / 66
nces
the same 1.5.
arned e’s
ment: s
n order to strategy in shifting of costs and
s decide ic to time ts cycle or nalities gy cost.
7 EneThe goal othe storage This integrmonitor frsystem: cuOn the oththe algorithCurrently tThis integr
The storaginverter/stozigbee modService.
rgy proof this use ce systems th
ration aims rom a user
urrent powerher hand infhm that defithis algorithration will p
ge componenorage_systedule. The C
oductioncase is to inhat could be
to have a dr-friendly inr, energy prformation afines the beshm includesproduce a m
1- Prod
nt is installeem will comCEMS will b
n/storagtegrate the linked to a
dual benefitnterface alloduction, b
about currenst executions only curren
more accurat
duction and sto
ed inside themmunicate Pbe able to re
Use Case
ge production
a PV plant in
t for the finl the signifbattery state nt and forecn time in whnt and expete result for
orage architect
e inverter anPV plant andetrieve forec
es
from domen the Energy
nal user: on ficant quantof charge, f
casted energhich an applected consum
users with
ture in Energy
nd it is mand storage incast informa
estic photovy@Home ar
the one hantities that rforecast datgy productiiance shoulmptions of tdomestic PV
@Home
naged by invformation toation invoki
voltaic (PV)architecture.
nd user wilregard the ta, etc… ion will be ld start. the other apV plants.
verter contrto the CEMSking a remot
23 / 66
) plants and.
l be able toproduction
used inside
ppliances.
roller. The S through ate Web
d
o n
e
a
7.1 SThe aim ofof her/his p Title Description
InverterProvides a sby photovolstatus and, pstorage systsystem is ininverter, so communicastorage and dispatched usent by inveexclusively CEMS will keep histori
7.1.Sequence
Scenario f this scenarplant produc
n
r/Storage_syset of data reltaic plant prpossibly, by tem. The storncluded insid
there is direcation between
the CEMS. upon requesterter represencurrent valustore these d
ical data.
1 Invertediagram
1: Visuario is to proction.
ystem etrieved roduction the rage
de the ct n the Data are t. Data nts ues, so data to
er data ac
alization vide custom
1.1 VisualizaThe customeenergy produand the forecSpecifically,provided to tFrom the inv
Cur Ove Cur Inst
Pow
From the for Exp
CEMS will pproper databby the custom
Hosts a Webcollects dataforecast servfor a user-fri
Data collectithe CEMS pcertain amouon the componce a day fominute for th
cquisition
Use Case
of produmer with inf
ation of proder is presenteuction of hiscast service., the followinthe customerverter: rrent powererall energy rrent energytantaneous pwer One)
recast servicepected PV poperiodically
base in order mer, and to k
Roles CEMS
b applicationa from Invertvice and orgaiendly presen
ion will be trperiodically eunt of time, dponent to quefor the forecahe inverter).
n
es
uction infformation on
duction infored with infors/her house. D
ng informatior:
produced by available inpower availa
e: ower from nretrieve thesto be immed
keep historic
n that ter and anizes them ntation.
riggered by every a depending ery (e.g. ast, once a
formation the curren
rmation rmation abouData are prov
on will be se
by the plant n storage (ifable from th
now up to 72e data and m
diately retrievcal informatio
ForecMakes avawhen invocollection power valuinstalled in The servicvalues, onnext 72 ho
on nt/expected
ut the global vided by the
ent to the CE
f present) he battery (n
2 hours maintain themved when reon.
cast Web Seailable a servoked returns of expected ues for the pn a specific h
ce gives 72 pnce an hour foours.
24 / 66
situation
current Inverter
EMS and
note from
m in a quested
ervice vice that a plant
plant home.
power for the
DescriptioPeriodicallthe Inverte
Cur Ove Cur Inst
The invertethem be av Message eID message
1
2
3
4
5
6
7
8
on of the phly the CEMer asking forrrent PV poerall energyrrent energytantaneous
er respondsvailable by u
exchange e From
CEMS
Inverter
CEMS
Inverter
CEMS
Inverter
CEMS
Inverter
hase S starts the r: ower y produced by available ipower avail
to these requser when h
to
Inverter
CEMS
Inverter
CEMS
Inverter
CEMS
Inverter
CEMS
inverter dat
by the plantin storage (ilable from th
quests with he/she reque
Description
CEMS querpower
Inverter re
CEMS querproduction
Inverter reproduction
CEMS queravailable e
Inverter re(if any)
CEMS Asksavalaible fr
Inverter refrom the b
Use Case
ata acquisitio
t if present) he battery
4 values thests the plan
n
ries the Inver
turns the cu
ries the Invern
turns the cun
ries the Invernergy
eturns the St
s for the instarom the batt
turns the Peattery
es
on process:
hat are storednt productio
rter for the c
rrent PV pow
rter for the P
rrent PV Ene
rter for the S
torage availa
antaneous ptery (if any)
eak power de
the CEMS
d by CEMSon informati
current PV
wer
PV Energy
ergy
Storage
ble energy
ower
eliverable
makes 4 re
S in a databaion.
paramete
None
Current p
None
Total Eneproductio
None
Storage aenergy (k
None
Peak powbattery
25 / 66
quests to
ase to let
ers
power (kW)
ergy on (kWh)
available kWh)
wer from the
ID Messagis used, infa storage sythe home p600W loadIt is imporGateway (system). Insystem neeit in the badomestic lo
7.1.2The CEMSregister his
Sequence When the uForecast Se
ge 7 and 8 cformation reystem is usepower need
d for 3h but rtant that th(and in genn fact, the eds to knowattery for fuoads on the
2 Plant FS User Inters/her PV pla
diagram user submitervice by us
could be incelated to theed, both datds. (e.g. Avnot a 900W
he Power Oneral in per
battery maw if the cost-uture use. Ob
basis of inf
Forecast rface is expeant. An exam
Figur
ts the registrsing an iden
cluded in 5 e energy stota are needevaliable ene
W load for 2hne storage rspective caanagement-effectivenebviously, thformation m
registratected to promple is repo
re 3 - Example
ration form,ntifier of the
Use Case
and 6 respeored, or peaed in order tergy = 1.8kh) system hasan "sniff" tis the resp
ess is in hirihe CEM wilmade availab
tion ovide a regisorted in the
e of the PV pla
, the CEMSe CEMS its
es
ectively: If aak power froto evaluate tkWh, Peak
s access to tthe state of
ponsibility oing the enerll contributeble from the
stration formfollowing F
nt registration
S is requiredelf.
a “classicalom the battethe storage power = 60
the rates off the variouof the Powrgy producee to the effie inverter or
m where theFigure
n form
d to send all
l” PV or Wiery, will besystem con00W ca
f the DSO tus compon
wer One loged to the hoiciency modr system sto
e user is req
l data to the
26 / 66
ind inverter missing. If
ntribution toan sustain a
through theents of the
gic and ouruse or keepdulating theorage.
quested to
PV
r f o a
e e r p e
As a resultreferences.Forecast Se
ForecastSequence
DescriptioPeriodicallthe ForecaForecast seCEMS in productionThe Foreca Message eID message
C
t of the regis. The CEMService.
t data acqdiagram
on of the phly the CEMst Web Servervice retura database
n informatioast service r
exchange e From
CEMS
stration, theS is required
quisition
hase MS starts the
vice asking rns a sequee to let it on. returns 72 p
to
InsertP
e Forecast Sd to store th
e forecast dfor the exp
ence of expbe availab
power value
Descriptio
Plant(PlantIn
OK(Plant
Use Case
Service is gohis PlantID
data acquisipected plant pected poweble by user
es, once an h
on
nfo, UID)
tID)
es
oing to returand use it fo
ition procespower of th
ers in a sper when he/
hour for the
ForeServ
rn a PlantIDfor any furth
ss: the CEMhe next hourecific date /she request
next 72 hou
paramete
ecast vice
D to be usedher requests
MS makes ars. time that i
sts the expe
ours.
ers
27 / 66
d for further to the
a request to
s stored byected plant
r
o
y t
1
2
7.1.3Sequence
DescriptioPeriodicallthe ForecaForecast seCEMS in productionThe Foreca Message eID message
1
2
7.1.4Sequence
CEMS
ForecastService
3 Forecadiagram
on of the phly the CEMst Web Servervice retura database
n informatioast service r
exchange e From
CEMS
ForecastService
4 User vdiagram
Forecast Service
t CEMS
ast data a
hase MS starts the
vice asking rns a sequee to let it on. returns 72 p
to
Forecast Service
t CEMS
isualizati
CEMS asksthe curren
Forecast seexpected p
acquisitio
e forecast dfor the exp
ence of expbe availab
power value
Descriptio
CEMS asksthe curren
Forecast seexpected phours
on
Use Case
s the forecasnt PV power
ervice returnplant power
on
data acquisipected plant pected poweble by user
es, once an h
on
s the forecasnt PV power
ervice returnplant power
es
t service for
ns the
ition procespower of th
ers in a sper when he/
hour for the
t service for
ns the for next 72
St St St
qu Da
Sequence
Stqu
Dati
Do
ss: the CEMhe next hourecific date /she request
next 72 hou
paramete
None
Sequence expected
tring plantring UID tring uantityTypateTime da
of: tring uantityTypateTime imestamp
ouble valu
MS makes ars. time that i
sts the expe
ours.
ers
of 72 [Date power(kW)]
28 / 66
ntID
pe ate
pe
ue
a request to
s stored byected plant
time,
o
y t
DescriptioUser requeGateway wCEMS sho Message eID message
1
2
7.2 SThe aim ofestablish thconsumptio Title Description
on of the phests informaweb applicatows this info
exchange e From
User
CEMS
Scenario f this scenarhe best execon peaks.
n
hase ation about htion. ormation in
to
CEMS
User
2: peaksrio is to embcution time
his/her Ener
a user-frien
Descriptio
User requethe Energy
CEMS showuser‐friend
s/costs obed plant prfor smart ap
1.1 peaks/coThis scenarthe existingIt is simplyappliances CEMS (duedatabase thparticular:
Cur Ove Cur Exp
CEMS has existing use
Use Case
rgy Product
ndly interfa
on
ests informay Production
ws this infordly interface
optimizatroduction inppliances st
osts optimizario doesn’t ng messages.y an updatinexecution tie to the prev
he productio
rrent powererall energy rrent energypected PV poto use theseed informat
es
tion System
ce.
tion about System
mation in a
tion nformation itarting, in o
ation need any fu
ng of the algime. vious scena
on informati
produced by available inower from ne new informion, such as
m to the CEM
paramete
None
None
in the existirder to optim
urther messa
orithm that
rio) has alreon required
by the plant n storage (ifnow up to 72mation in ads appliances
MS through
ers
ing algorithmize costs a
age in additi
establishes
eady stored d in the algo
f present) 2 hours ddition to ths current an
29 / 66
h the Home
hms to and reduce
ion of
s the best
in its orithm, in
he nd
Sequence
Message eThis scena
8 Inter With the dunpredictabcommerciato have the For a descr
Aggthe - Tmar- PomarIt shTheof dActsystby p
diagram
exchange ario doesn’t
raction b
developmentbility and tal and domee active part
ription of thgregator: itother powe
The aggregarkets/AD buools “flexibrket. hould be eme aggregatordemand. tive Demantem marketparticipatin
need any fu
between C
t of renewathis could bestic consumticipation of
his use case t is the key er system paator collect uyers.
bilities” of c
mphasize thr sells a dev
nd (AD): itts and in the
ng in AD ser
expected co
urther messa
CEMS an
able resourcbe managedmers. In thif domestic c
we recall somediators b
articipants othe request
consumers to
at the “flexiviation from
t is the actie provision rvice.
Use Case
onsumption
age in addit
nd the ag
ces, supply ed by usingis context, iconsumers t
ome definitbetween theon the otherts and sign
o build Act
ibility” is prm the foreca
ive participof flexibili
es
n and overal
tion of the e
ggregato
energy is bethe aggreg
it is always to balance s
tions: e consumersr side: als for AD
tive Demand
rovided shisted level o
ation of resity to the di
l home cons
existing mes
or
ecoming mogated flexib
more plausservices.
s on one sid
-based serv
d services a
fting consumf demand, a
sidential cofferent pow
sumption.
ssages
ore difficulbility offeresible in the
de and the m
vices comin
and makes o
mers’ consuand not a sp
onsumers inwer system p
30 / 66
t due to theed by small
near future
markets and
ng from the
offers to the
umption. pecific level
n the powerparticipants
e l e
d
e
e
l
r s
ADpowactu
This use caflexibility ancillary se This use coperator anfor the man In this use which the A We will nneeded to a The figure
8.1 S Title Description
D service: iwer level in ually consum
ase only conof small coervices.
case doesn’tnd it doesn’nagement o
case will bAD program
not consideranswer to th
below show
Scenario
n
s a request a period of
med) for th
nsiders the mmercial a
t consider t’t consider n
of the dynam
be not analyms are gene
r also the phe aggregato
ws the actor
1: Active
sent from f time. The e fulfillmen
services ofand domesti
the direct mnetwork ser
mic tariff of
yzed the relaerated and se
planning anor requests.
rs and their
e Deman
1.1 AD and
Today, Thurprofile of itsrequest to reFriday.
The CEMS a
Mary leave toptimize the
On Friday atwashing mamachine overeassesses th
Use Case
the aggregaggregator
nt of the pro
ffered by theic consumer
managementrvices that r
f electricity.
ationship beent to the co
nd optimiza. These activ
relationship
nd and E
Energy Syst
rsday mornins customers, educe electric
alert Mary an
the Energy@e power cons
t 17 John reaachine and foerriding the she optimizati
es
gator to the will give an
ogram.
e aggregators and sell i
t of the elecrequires rea
etween aggonsumers.
ation activitvities are de
ps needed to
Energy S
em Interactio
ng, the aggresend to a selc consumptio
nd John abou
@home systemsumption in t
alizes that heorces the mansignal sent byion of the ele
consumersn incentive
or. It will prt in the ma
ctrical equipal-time answ
regators and
ties carriedeveloped in
o carry out t
System In
on
gator, based ection of its on between 1
ut the reques
m in automattheir house.
urgently neenual operatioy the aggregaectrical loads
s to maintai(€ as a func
rovide to agarket for bal
pment by twers and ev
d DSO and
d out withinn other use c
this use cas
nteractio
on the consucustomers an
17.30 to 18.0
st received.
atic mode and
eds to start thon of the wasator. CEMS s of the house
31 / 66
in a certainction of kW
ggregate thelancing and
the networkven services
d the way in
n the HANcases.
se.
on
umption n AD
00 on
d it can
he shing
e and
n W
e d
k s
n
N
Smart InThe Smart Mcustomer coSmart Meteas a commuuser devicespremises.
The use ca
Id Phase
1 Reque
nfo / Smart Meter providonsumption. er uses the Smunication brids in the cons
ases is descr
e Name
est of AD ser
Meter des The
mart Info dge to the umers
ribed throug
rvice
optimizes enreceived by
At 18 Mary smart info.
Mary was abof AD fulfillinformation payment to M
John fails to CEMS closeaggregator.
It collect ADAggregator aAD service f
It collects daand optimizefriendly pres
It implementthe overall ctakes care ofHAN deviceforecast algoimplementatare outside thspecification
Implements manage all sHAN; this fuimplementeda Service Pla
Implements logics with athe cloud.
gh a set of p
Descriptio
Describes hactivate the
Use Case
nergy consumthe washing
and John’ C
ble to meet thlment to the coming fromMary.
meet the ADes the activity
Roles CEMS
D requests froand send to Afulfillment.
ata from HANe them for a sentation.
ts the logics customer systf dispatchinges. It can exporithms, the tion of these the scope of tns.
a Trust Agensecurity keysunctionality d via collaboatform in the
the communa Service Pla
phases, each
on
how the aggre AD program
es
mption takingmachine.
EMS acquire
he AD servicaggregator. A
m DSO, the a
D service reqy and does n
om Aggregator
N devices user-
decision of tem and it
g events to ploit
algorithms these
nt to s of the can be
oration with e cloud.
nication atform in
h phase is de
regator sendsm.
g into accoun
e the consum
ce and her CEAfter verificaggregator w
quest sent byot send any s
AIt collects signals forcoming frobuyers It pools thconsumersand makes It manageswith its cu It sells “fledifferent pparticipantor bilatera
escribed by
s to the custo
nt the load cu
mption data f
EMS sends acation of the dwill carry out
y the aggregasignal to the
Aggregatorthe requests
r AD-based som the mark
he “flexibilitis to build ADs offers to th
s the AD requstomer.
exibilities” tpower systemnts through thal contracts.
a sequence
omer the sign
32 / 66
urve
from the
a message data with the
ator.
r s and services
kets/AD
ies” of D services he market.
quests
o the m he markets
e diagram.
nal to
2 Result
8.1.Sequence
Descriptio The aggreg The signal a defined t An exampl
AD ser
Message ID
Customer I
Activation t
Duration
Combined vsignal
Less than 0
0,6 kW<=Po
More than
The unit omultiples othat period
t of AD serv
1 Requesdiagram
on of the ph
gator sends
contains thime interva
le:
rvice request
D
D
time
volume and
0,6 kW
ower< 0,9 kW
0,9 kW
of time is mof 15 minuted.
ice
st of AD s
hase
to its custom
he value of tal within a ra
t
Xxx
Yyyy
hh:m
xx mi
price Incen
Incen
W Incen
No in
multiple of es. The pow
Describes hconsumers fulfillment
service
mers the sig
the incentivange of pow
mi yyyy/mm/
in
ntive of X € (k
ntive of X € (k
ntive of X € (k
ncentive
15 minuteswer of the 15
Use Case
how the CEMpreferences message.
gnal to activ
ves offered twer.
/dd
kW)
kW)
kW)
s. Power m5 minute pe
es
MS follow thand at the en
vate an AD
to customer
easurementeriod is calc
he signal sentnd of the serv
request.
s if consum
t and incentulated on th
t by the aggrvice send an
mption is ma
tives are cahe energy co
33 / 66
regator and AD
aintained in
alculated inonsumed in
n n
Consumersthe absolut CEMS schset by the c Message e
ID messag
1
2
3
22 N.B. This In alternativepower profile
s will receivte values if
hedule the Econsumers.
exchange
ge From
CEMS
HAN 2Device
CEMS
approach suppe, we can imple is simply no
ve an incentthey will fo
Energy@hom
to
HAN device
e CEMS
HAN Device
poses that the lement an app
otified to the sm
tive (€ as a ollow the sig
me system
descripti
The CEMrequest tHAN devto reducabsorbedpower atgiven timthe futur
Sends a npowerPr
With thismessageCEMS nothat it wnot able find a safschedulethis powprofile
smart applianproach where tmart applianc
Use Case
function of gnal sent by
in order to
ion para
MS the vice e its d t a me in re
Watteven0=all1=reqreduemer2=emTimetime reduDuraduratredu
new rofile
OldPthe pbefochanNewthe npowe
s e the otifies as to fe e for wer
None
nce has the capthis reasoning
ce es
f actually coy the aggreg
follow the
meters
t: Severity oft (0\1\2). is ok; quest for ction but norgency mergency e: starting for this ction tion: tion of the ction
owerProfile:power profilere this ge ProfileProfilenew changeder profile
e
pability to reag capability is
onsumed kWgator.
AD progra
Acknowleany)
f
Aknowledappliancethe sever0 \Ack no1 \ appliaand % po2 \ appliaand % po
: e
e: d
ACK need
ACK is req
ason about anddirectly done
W) with no r
am and the p
edgment me
dge messagee varies accority of requeot needed ance replies yower reductioance replies yower reductio
ded
quired
d modify its pe by the CEMS
34 / 66
reference to
preferences
essage (if
e from the ording to st:
yes\no on yes\no on
power profile. S and the new
o
s
w
8.1.2Sequence
Descriptio At the ADsignals sento optimize At the end are in linefulfillment An exampl
AD serv
Message ID
Customer I
Activation t
Duration
Measure:
1‐15 minut
2‐15 minut
3‐15 minut
4‐15 minut
5‐15 minut
AfterwardsAD reques
2 Result diagram
on of the ph
D activationnt by the age the receiv
d of AD serve with the rt message to
le.
vice fulfillme
D
D
time
e max powe
e max powe
e max powe
e max powe
e max powe
s the aggregst. Looking
of AD se
hase
n time, CEMgregator, aced request.
vice CEMSrequest dono the aggreg
nt
Xxx
Yyyy
hh:m
xx mi
er xx W
er xx W
er xx W
er xx W
er xx W
gator will reat the actua
ervice
MS, accordictivates elec
acquires dane by the aggator.
mi yyyy/mm/
in
equest to thal consumpt
Use Case
ing with thctrical devic
ata consumggregator. I
/dd
he DSO the tion of the c
es
he preferencces and man
mption from If it was tr
consumer cconsumers
ces set by thnage power
the Smart Irue CEMS
consumptiobased on th
the consumr consumpti
Info and chsends the A
on during thhe measurem
35 / 66
ers and theion in order
eck if theyAD request
he period ofments made
e r
y t
f e
by the mecustomer. Message e
ID message
2
9 OveThis use caso called porder to taresidential As a matte • Ex-ante
situatio(when is beinevent, border thow thcontrac
–
–
–
–
The usmethodnotify t
eter and acq
exchange
e From
CEMS
erload Mases manag
peak overloaake any apelectrical lo
er of fact, th
e. This is thon or the caany compo
ng exceededbe it the useo better und
he overloadcted peak po
The meter of time, i.eThe meter limited amThe meter amount of Finally, ifreasons, th
se case inteds and notifthe overload
quired by th
to
Aggregat
Managemges those scad managemppropriate aoads, provid
he use case d
he case whese when the
onent/deviced) and the ber, or the Hderstand th
d is regulateower: allows for
e. no warninallows for
mount of timallows for time (usual
f the meterhe breaker imends to adfications did warning.
he DSO, th
descript
tor AD servifulfillme
ment enarios relament. The paction suchding a repor
distinguishe
en the systeere is enouge of the ovebreaker disc
Home Energye sequence ed in Italy
an excess ong up to 3.3ka current ab
me (usually 2a current ab
lly 2 minuter measures mmediately
dopt an apprectly sent
Use Case
he aggregat
tion para
ice ent
AD sfulfil(mesCustDuraAverin eaminuinterserv
ated to the mpurpose of th as alertinrt to the use
es among th
em exploitsgh time betwerall systemconnection,y Managemdiagrams iby using a
of 10% of tkW of absobsorption be2 hours), aftabsorption bes), after thi
a current y disconnectproach wheby the met
es
tor will pro
ameters
service llment ssage ID, tomer ID, ation, rage power ach 15 utes rvals of AD ice …)
maximum cthe use case
ng the user,er related to
he following
a forecast ween the ovnotices tha
, i.e. there ment Systemin the follows an examp
the contractorbed poweretween 3.3 ter this timebetween 4.1is time the babsorption
ts. ere a combter is used
ovide to pay
Acknowledany)
ACK neede
contracted pe is to mana, reducing this event.
g sub-cases:
algorithm tverload warnat the maximis time suff
m, or a smarwing pages,ple a typica
ted peak forr. kW and 4.1
e the breake kW and 14
breaker dischigher tha
bination of in order to
ay the incen
dgment mes
ed
power beingage a peak peak consu
to prevent aning notificmum contrafficient to rrt appliance , it is worthal contract
r an unlimi
1 kW (i.e. +er disconnec4 kW for aconnects an 14 kW,
consumptioo prevent as
36 / 66
ntive to the
ssage (if
g exceeded,overload inumption of
an overloadcation eventacted powereact to thisto react. In
h to remindwith 3 kW
ited amount
+25%) for acts a very short
for safety
on forecasts well as to
e
, n f
d t r s n d
W
t
a
t
y
t o
• Ex-posthe sys
• Post-manalysibecausanalysiorder tspecific
9.1 3.1 Title Description
Smart In
The Smart Minformationthe contractand the curralso notifieswhen the toconsumptiomaximum c
st. This scentem notifies
mortem. In tis in order te the washiis is useful o avoid it cc specificat
Scenario
n
nfo / Smart
Meter providn to the systemted maximumrent absorptis a warning e
otal house on exceeds thcontracted po
nario deals ws the user an
this scenarito estimate ing machinboth to edu
can happen ion for new
o 1: Ove
Meter
des useful m such as
m power on. It event
he ower.
with what hnd the devic
io the Homwhy the ev
ne and the hucate the usagain in th
w message ex
rload ma
1.1 OverloadAt 8:00 AM on the washithe hair dryecontracted pThere is no nhas smart apflexibilities tconsumptionphases (e.g. and prevent degrading thWhen Mary that the eventhe washing
The same evno smart appSystem of Jobuzzer, text user to manusee the notifswitches off times happenon again the app remindsproblem.
Customer
It collects daand organizefriendly pres
Generally spthe decision customer sysdispatching
Use Case
happens afteces in the H
me Energy vent happenhair dryer wsers as wellhe future. Txchanges b
anageme
d managemeM Mary, the en
ing machineer. The total hpower and theneed to get th
ppliances (flethe CEMS isn and\or postthe start of athe blackout
he quality of will launch
nt was well mmachine.
vents happenpliance. Therohn decides tmessaging)
ually switchefication sent bf the hair driened that John
e meter locates John that a
Roles Energy Ma
System ata from HANes them for asentation.
peaking, it imlogics of the
stem and it tevents to HA
es
er the breakHAN that thi
Managemenned, e.g. thewere runninl as to train
This scenarioetween user
ent ex-an
ent ex-ante nd user of th. After half ahouse consue system nothe attention oexible HAN ds able to autotpone the staa water heatint without anythe washing again the CE
managed auto
ned at the Johrefore, the Cuto use the usin order to ges off some lby a text meer to prevent n was not qued in the bassmart applia
anagement
N devices a user-
mplements e overall akes care of
AN devices.
ker disconneis event hap
nt System e contractedng at the samn an automao seems nor devices.
nte
his story, wakan hour, her dmption exceifies this eveof Mary becadevices) andomatically rerting of highng phase in ay user interve
cycle. EMS app, theomatically th
hn’s house prustomer Eneer notificatioet the user atoads. John wssage (SMS)the blackout
uick enough aements; in thnce would h
Sm
They provinformatioprofile. They can adegree of requests frreduce the
ection happppened.
makes a pd power waame time. Tatic learningot to require
kes up and swdaughter swi
eeds the maxient. ause fortuna
d thanks to theduce their poh power absoa washing mention and w
e app will telhanks to the s
remises but Jergy Manageon devices (ettention and
was quick eno) on his mobt. But, severaand he had tohis case the Chave avoided
mart Device
vide to the CEon about thei
also exhibit flexibility torom the CEMe power abso
37 / 66
ened, when
ost-mortemas exceededThis type ofg system ine so far any
witches itches on imum
tely Mary heir ower
orbing machine) without
ll Mary support of
John has ement e.g. ask the ough to ile and al other o switch CEMS such a
es
EMS ir load
some o react to MS to orption at
n
m d f n y
The Smart MInfo as a coto the user dpremises.
The use csequence d
Id Phase
1 Power
2 UnschProfile
3 Overlo
4 Overloup
5 User N
Meter uses thmmunicationdevices in th
cases is desdiagram.
e Name
r Profile sche
hedulable Poe
oad Warning
oad warning
Notification
he Smart n bridge e home
scribed thro
eduling
wer
g
cleared
It can exploithe implemealgorithms athese specifi
Implements manage all sHAN; this fuimplementeda Service Pla
Implements logics with athe cloud.
ough a set
Descriptio
An HAN dphase showschedule. Wcycle poweload can bedepends oneven if the not mean th
An HAN dphase showschedule
The Smart
The Smart cleared up
The CEMSto notify thWhen an HCEMS
Use Case
it forecast algentation of thare outside thications.
a Trust Agensecurity keysunctionality d via collaboatform in the
the communa Service Pla
of compos
on
device requesws the case wWhen a new er profile whe reduced or n the type of load can be
he appliance
device requesws the case w
Meter notifi
Meter notifiand the situa
S requests thehe user of a gHAN device g
es
gorithms, hese he scope of
nt to s of the can be
oration with e cloud.
nication atform in
sable phase
sts the CEMSwhen the CEM
cycle is planhere for each
not. How muproduct and reduced in a will comply
sts the CEMSwhen the CEM
es the CEMS
es the CEMSation is now
e HAN devicgiven event (igets the user
different lelevel. At the starannounce capabilitiethe registralso to indto get the ua display, message).
s, each pha
S to scheduleMS is able tonned, the appblock of the uch the load the manufaccertain part
y with the req
S to scheduleMS is NOT a
S that there i
S that the oveback to the n
ces with userin this case thattention, it
evels down t
rtup time, theand register
es with the Cration phase tdicate their cuser attentioa buzzer, a t
ase is desc
e a power proo return a safpliance will p cycle is repocan be reduc
cturer choiceof the cycle
quest.
e a power proable to return
is an overloa
verload warninormal funct
r notificationthe overload notifies back
38 / 66
to ‘pause’
ey their
CEMS. At they have apability n (e.g. via
text
cribed by a
ofile. This fe provide the orted if ced
e. NOTE , it does
ofile. This n a safe
d warning
ing was tioning
n capability warning). k the
a
9.1.Sequence
Descriptio An HAN dschedule. eventually planned, theload can bemanufacturethe applianc Message e This use caexchange n
1 Power diagram
on of the ph
device sendThe CEMSuses a fore
e appliance we reduced orer choice. Nce will comp
exchange
ase is alreadneed to be s
profile sc
hase
ds to the CES retrieves ecast algoritwill provide r not. How m
NOTE even ifply with the r
dy covered bspecified so
cheduling
EMS a requvia the S
thm, and retthe cycle po
much the lof the load carequest.
by current Efar.
Use Case
g
uest to schSmart Info turns a safeower profilead can be re
an be reduced
Energy@ho
es
edule a newthe curren
e power prowhere for e
educed deped in a certain
ome specific
w power prt total hou
ofile scheduleach block ofends on the tn part of the
cations, no n
rofile, or touse power ule. When a n
f the cycle itype of prod
e cycle, it do
new messag
39 / 66
o change itsabsorption,new cycle iss reported ifduct and theoes not mean
ge
s , s f e n
9.1.2Sequence
Descriptio This is a slCEMS is nflexible HAschedule, t
2 Power diagram
on of the ph
light variantnot able to rAN devicesthe CEMS r
profile is
hase
t of the prevreturn a safes to change runs again th
s unsched
vious phasee schedule ftheir sched
he schedulin
Use Case
duled
e. In this casfor this powdule if possing algorithm
es
se the forecawer profile. ible. If an Hm and try to
ast & schedTherefore t
HAN deviceo find a safe
duling algorthe CEMS re accepts toe schedule
40 / 66
rithm of therequests theo change its
e e s
9.1.3Sequence
Descriptio The Smart Meter is rdisconnect Notice thatcondition c
- The- The
Message e
ID message
1
3 Overlodiagram
on of the ph
Meter, throrequested totion.
t the Smart changes: e time before overload w
exchange
e From
Smart Meter
oad Warni
hase
ough the Smo provide t
Meter is re
re disconnewarning is c
to
CEMS
ing notifi
mart Info, nowo parame
equested to
ction changcleared up a
descriptio
Overload warning
Use Case
cation se
otifies the Ceters: the m
do its best
ges because and the syst
on param
Watt: powerTime: discon
es
ent from t
CEMS that measured po
effort to no
a new alarmem can retu
meters
measured r time to nnection (in
the Meter
there is an oower absorp
otify again t
m thresholdurns to its no
Acknowledany)
Ack neede
r
overload wption, the t
the CEMS
d was reacheormal state
dgment mes
d
41 / 66
arning. Thetime before
when some
ed
ssage (if
e e
e
9.1.4Sequence
Descriptio The Smartup and the Message e
ID message
1
4 Overlodiagram
on of the ph
t Meter, thrsystem is r
exchange
e From
Smart Meter
oad Warni
hase
ough the Smeturned to i
to
CEMS
ing Clear
mart Info, nits normal st
descriptio
Overload warning Cleared U
Use Case
second
redUp not
notifies the tate.
on param
p Watt: power
es
ds)
tification
CEMS tha
meters
measured r
sent from
at the overlo
Acknowledany)
Ack neede
m the Met
oad warning
dgment mes
d
42 / 66
ter
g is cleared
ssage (if
d
9.1.5Sequence
Descriptio The CEMSdevice (or It is responto avoid th Message e
ID message
1
5 Notificdiagram
on of the ph
S notifies awhich set o
nsibility of the CEMS sc
exchange
e From
CEMS
cation of t
hase
an Event toof HAN devthe HAN de
cales up the
to
HAN Device
the Overlo
o the user. Ivices) shouldevice, if it gnotification
descriptio
Notifies anEvent to tuser
Use Case
oad Warn
It is respond be requesgets the usern to another
on param
n he
Event.Warnireprestwo paWatt: power
es
ning Even
nsibility of ted to notifyr attention, r notification
meters
The ng Event is sented by arameters: current r absorption
nt to the U
the CEMS y the user. to notify ban device.
Acknowledany)
Ack neede
User
to select w
ack the CEM
dgment mes
d
43 / 66
which HAN
MS in order
ssage (if
N
r
2
9.2 S Descriptio This case iunhealed oThe CEMSevent as de
HAN Device
Scenario
on
is expected overload. S could senescribed in u
CEMS
2: Overl
to occur wh
d to the cususe case 4,
The user wnotified
oad Man
hen the sys
stomer a repPower Los
Use Case
Time: disconsecond
was None
nagemen
stem wakes
port about hss Notificat
es
time to nnection (in ds)
nt ex-pos
up after the
home and aption and An
none
st
e trip of the
ppliances conalysis.
e circuit bre
onsumption
44 / 66
eaker due to
n before the
o
e
10 PowThe aim ofand to mantrip of the cscenario of Title Description
Smart In
None duringevent At the end oMeter provialert occurreCEMS will to calculate type of the ethe grid/circThe Smart MInfo as a coto the user dpremises.
wer Lossf following nage proper circuit breaf the Overlo
n
nfo / Smart
g the power
of the event tides to the Ced before thehave the posthe duration
event (blackocuit breaker tMeter uses thmmunicationdevices in th
s Notificuse case is load recove
aker due to uoad Manage
Meter
loss
the Smart EMS the e event. ssibility
n and and out on trip) he Smart n bridge e home
cation ato help the ery after it.unhealed ovement use ca
Power LossThe Customcustomer to the event thehome and apeventually ch
Customer
The CustomSystem sendcustomer if iotherwise pocould be perserver, e.g. ainactivity.
Use Case
and Anacustomer toThe event c
verload or oase.
s Notificatiomer Energy M
inform him te CEMS restppliances conhoose to do
Roles Energy Ma
System mer Energy Mds an SMS toit has UPS caower loss detrformed by aafter ½ hour
es
alysis o understandcould be a bther causes
on and AnalManagement S
that a powertarts sending nsumption besomething to
anagement
Management o the apabilities tection
an external of gateway
d the cause blackout on . This is typ
lysis System sendloss event oto the custom
efore the eveo reduce the
Sm
The Smart before t
send coCEMS
at the ento the stthe even
of a power the externa
pically the “
ds an SMS tooccurred. At tmer a report ent; the user loads.
mart Device
t Appliancesthe event rou
onsumption d
nd of the evetatus they went.
45 / 66
loss event al grid or a “ex-post”
the the end of about can
es
s: utinely data to the
ent return ere before
10.1 DSequence
DescriptioBefore the SmartInfo Customer EGateway) iIf UPS capserver, e.g. Message e
ID message
1
2
3
Detectiondiagram
on of the phpower lossroutinely seEnergy Manif has UPS c
pability is no. after ½ ho
exchange
e From
measloadsplugs
smartmeteSmar
CEMS
n of a pow
hase s measurableends global nagement Scapabilitiesot availableur of gatew
m to
surable s/smart s
CE
t er/ rtInfo CE
S Cus
wer loss
e loads routconsumptio
System (so f switches to
e or fail, powway inactivit
desc
MS
routconsdata
MS
globconsand
stomer Pownotif
Use Case
s event p
tinely send on and alertfar in E@h to UPS and swer loss detty.
cription p
tinary suption a
ac
bal sumption alert
ca
wer loss fication a
es
hase
consumptiots. Immediathis role is isends an SMtection coul
parameters
actual consumption
consumptionalert
consumptioalert
on data to thately after thimplemente
MS to the cud be perform
Acknow(if any)
n Ack not
n
Ack not
n Ack not
he CEMS. Ahe power loed by the Smustomer. med by an e
ledgment m
t needed
t needed
needed
46 / 66
Also ss, the
mart
external
message
End of pSequence
DescriptioAt the end power lossbreaker. Thstate they woccurred bebreaker tripbefore pow Message e
ID message
1
2
power lodiagram
on of the phof the pow
s (ex post anhe loads reswere when before the evenp) and send
wer loss .Th
exchange
e From
smartmeteSmart
CEMS
ss event
hase er loss even
nalysis) andstart followiblack out ocnt, and calcu
ds to the cushe user can e
to
t r/ tInfo CEM
S HAN
t phase
nt , the custocan make a
ing their owccurred. Th
ulate the duratomer a rep
eventually c
d
MS at
N Devices T
Use Case
omer has toappropriate
wn procedurhe CEMS reation and ty
port containichoose to do
description
alert before the event
Power loss Terminated
es
o be informechoices to a
res. Smart Astarts, recei
ype of the eving also homo something
paramete
alert
Type of ePreviousConsumphome anconsumpthe event
ed about theavoid e.g. a
Appliances wives from thvent (blackome and applg to reduce t
ers
event
ption: d appliancesption before t, alerts
e type and ca new trip ofwill restart ihe SmartInfoout on the gliances conthe loads.
Acknowlmessage
Ack not
s Possible feedback
47 / 66
ause of the f the circuitin the same
fo the alert grid/circuit sumption
ledgment e (if any)
t needed
some k from user
t
11 Dev The Energdevices to Furthermorand energyAppliance This chaptuser directfunctionalicontrolled cycle or th The new uextension c
vices mo
gy@home sexchange inre, the spey coordinatiRegulation
ter describet managemeities. For a can be the e Temperat
use cases wicould be req
Washing
onitorin
specificationnformation ecification dion. Some e
n.
es 2 new usent of the c white gooOFF/RUNN
ture for a co
ill leverage quired.
g machine m
ng and c
n provides related to th
describes thexamples o
se cases notconnected dod, for examNING/ENDooking cycle
on the exis
monitoring a
Use Case
control
an entire he energy ahe potential of these use
t related to devices in omple, some
D status of the.
sting set of
and control
es
set of comand to others
use cases e cases are t
the energyorder to moe functionalhe applianc
commands
interface, ex
mmands als functionalfocused on the Custom
y managemenitor and clities that c
ce or the Spi
that E@h h
xample
llowing thel properties.
the energymer Awaren
ent but concontrol theircan be monin value for
have define
48 / 66
e connected. y awarenessess and the
cerning ther status andnitored andr a washing
ed but some
d
s e
e d d g
e
11.1 S Title Description
Connected
The device capabilities interface na The device and sends itrequested
Scenario
n
device
is able to proin term of u
avigation
prepares thet to the CEM
1: Devic
ovide its user
Init Data M when
ce initializ
1. Dev
Before startiuser interfacremote interfand options between cycAn example appliance to navigation c
Av Av
temval
Avext
Coallo
Besides thesselected prog
It acts as a tuforwarding tfrom the remand sending the device to
Depending osolution, thesimple tunneand the Remimplement sthe data rece
Use Case
zation
vice initializa
ing any monice must knowrface implemand of relati
cle and optionof the gener
the remote ucould be: vailable progrvailable regulmperature milues) vailable optiotrarinse min
ompatibility bowed with ec
se general infgrams can be
R
CEMS
unneling devthe request In
mote GUI to back the res
o the remote
on the adoptee CEMS can el between th
mote GUI or csome type of eived.
es
ation
itoring and cw which are t
ments in termsonship betwens or betweeral informatiouser interface
rams lations with rin 20°C max
ons with rang0 max 1 between regucomode)
formation, ote exchanged
Roles
vice nit Data the device
sponse from GUI
ed technical act as a
he device can
f parsing of
controlling acthe capabilitis of number een them (i.e
en 2 options) on to be retrie to enable a
range and ste90°C, step 5
ge and steps,
ulations (e.g.
thers informa.
Remo
It providesnumeric, tvisualizatistatus, eve When the remote intCEMS thedevice Init After recedata, the reapplies thederived fro
ctivities, the ies that the land type of pe. compatibil . ieved from th
a complete re
ep, for exam5°C (or list o
for example
. extrarinse n
ation related
ote GUI/Bac
s to the userstextual and gion of the deents, alarms
remote user terface, it sene request for tialization D
eived the Initremote user ie rules of navom the init d
49 / 66
remote local programs lity
he emote
mple of possible
e
not
d to a
ckend
s a graphical vice
opens the nds to the the
Data
ialization nterface vigation
data.
11.1.1 Descriptio When the rthe CEM. Tspecial eve Message e
Message
Init Data Request
Init Data Response
Cycle Data Request
Cycle Data Response
Initializ
on
remote GUIThis phase ent (for exam
exchange
From
Remote GUI/BackE
Appliance
Remote GUI/BackE
Appliance
zation de
I is opened,can be also mple power
to
nd Applia
RemoGUI/Bd
nd Applia
RemoGUI/Bd
scription
it requests repeated pe
r on reset).
de
ance Bareinto
te BackEn
AreInre
ance Bareinfocyap
te BackEn
AreInresp
Use Case
n
the initializeriodically,
escription ackEnd
equests nitialization do the applianc
Appliance esponds to thnitialization dequest
ackEnd equests nitialization dor the specifiycle to the ppliance
Appliance esponds to thnitialization dequest for thepecific cycle
es
zation data tafter an upd
param
data ce
none
he data
Availab Availab Availab Comparegulat
data c
Cycle i
he data e
Optionrange/lselecte
to the connedate of the d
eters
ble programs
ble regulatio
ble options
atibility betwtions
id
ns/functions limitation insd cycle
ected devicedevice or af
A(i
An
s
ons
ween
An
An
side the An
50 / 66
e through fter some
Ack messageif any)
Ack not needed
Ack not needed
Ack not needed
Ack not needed
Sequence In the follo
Appliance
In
In
Cy
Cyc
Diagram
owing seque
e
HAN
nit Data Reques
it Data Respons
ycle Data Requ
cle Data Respo
ence diagram
Gateway
Int
Init Da
st
Init Dat
se
Cycle D
est
Cycle D
onse
m the messa
BackEn
ternet
ata Request
ta Response
Data Request
ata Response
Use Case
age exchang
nd Server
Init Data R
Init Data Re
Cycle Data
Cycle Data R
es
ge is reporte
Remote GU
Con
Request
esponse
Ini
Cy
Request
Response
Cyc
ed for the In
UI Re
PC/tablet
nnect to applian
t Data Respons
ycle Data Reque
cle Data Respon
nitialization
emote User
nce
se
est
nse
51 / 66
n phase.
11.2 S Title Description
Con The device information(device statu The device informs the status chang The status cfrom:
- the user
- the the ove
Scenario
n
nnected devi
is able to pron about his cous)
spontaneousCEMS abou
ge.
change can re
interaction r with the denormal evolfunctional p
er the time
2: Devic
j
ice
ovide onditions
sly ut any
esult
of the evice lution of phases
ce monito
2. Dev
The user canPC/mobile thappliances, t
Some inform
the the
Spin the the
spec the
Furthermorethe user of spjust finishedheating temp
For every sualarm systemsome basic iprogram/opt
It collects thevents, alarmover the HA
It receives frthe request tdevice statusRemote GUI
It sends the dnotification twhen the staand after anyreceived fromreceives the Remote GUI
Use Case
oring
vice Monitori
n receive remhe status of hthe lighting s
mation to mo
current statucurrent phasn, …) selected proselected opticial functionremaining ti
e some eventpecial events
d, the fridge dperature, som
ubsystem to bm ,…) the avinformation ation selected,
Roles CEMS
he status notims sent from
AN
rom the Remto start or to s notificationI.
device statusto the Remoart request isy status notifm the devicestop requestI.
es
ing
motely (insidhis devices tosystem, the H
onitor e.g. for
us (Running, se (e.g. for a
gram ions (temper
ns (prewash, eme to end th
t/alert can bes that occurredoor remaineme faults occ
be monitoredvailable inforare always ap, the alarm/e
fication , m the devices
mote GUI stop the n toward the
s te GUI s received fication e , until it t from the
de or outside o let him mo
HVAC sytem
r an applianc
End, Pause, washing mac
rature, duratioextrarinse, su
he cycle
defined anded (e.g. the wed open, the ourred on the
d (lighting symation mustpplicable (thvent notifica
Remo It providesthe user to It providesnumeric, tvisualizatistatus, eve It sends torequest fordevices ormonitoring It can addson the devonline, use
home) on hionitoring the m, the alarm s
ce can be:
Delay, …) chine Heatin
on, spin, …)uperfreeze, …
d monitored twashing macoven has rea dish washer
ystem, HVACt be defined ehe on/off statuation…).
ote GUI/Bac
s the secure o the monitor
s to the userstextual and gion of the deents, alarms
o the CEMS tr monitoringr to stop the g phase.
s reacher infvice usage, her guide onli
52 / 66
is
system.
ng, Rinse,
) and …)
to inform chine has ached the r)
C sytem, even if us, the
ckend
access of ring page
s a graphical vice
the g the
formation help ine.
- the occ
Note: the derespond on-
The use cafollowing t
Id Phase
1 Monit
2 Monit
11.2.1 DescriptioIn this phaforward it tstandard innotificate i Message e
Message
Status Notification
alarm/event currence
evice is also -demnad on h
ase can be dtable.
e Name
toring disable
toring enable
Phase
on of the phse the devicto the remo
ntended actiit remotely.
exchange
From
n Device
able to his status
escribed thr
ed
ed
1: Monito
hase ces and the ote GUI. Theivities (exec
to
CEMS
Depending osolution, thesimple tunneand the Remimplement sthe data rece
rough a cou
Descriptio
In this phasstatus of th
In this phasthe device t
oring disa
CEMS share CEMS kncute alghorit
descriptioThe devicespontaneoinforms thCEMS abany status change
Use Case
on the adoptee CEMS can el between th
mote GUI or csome type of eived.
uple of diffe
on
se the remotehe device, so
se the remoteto monitor th
abled
re the informnows the uptms, log the
on parame
ously he bout
The stinformconditapplian
es
ed technical act as a
he device can
f parsing of
erent phases
e GUI doesnno monitorin
e GUI requeshe current co
mation overdated statuse data on a d
meters atus packet i
mation relatedion of the dence can be:
Running, EDelay, …)Heating, Rselected prtemperaturspin, … prewash, esuperfreez
that are de
’t request theng is occurrin
sts the notificondition of th
r the HAN bs of the devidatabase, …
includes all thd to the evice, e.g. for
End, Pause, ) Rinse, Spin, …rogram re, duration,
extrarinse, e, …
scribed in th
e notificationing.
cation of thehe device
but the CEMices, uses it
…) but doesn
Acknomessa
the
r an
…
Ack no
53 / 66
he
n of the
e status of
MS doesn’t t for the n’t
owledgmentage (if any)
ot needed
11.2.2 DescriptioIn this phaforwards itand ended Message e
ID message
Start StatusNotification Request
Status Notification
Stop StatusNotification Request
Phase
on of the phse the devict to the remoby the remo
exchange
e From
s Remote GUI
CEMS
s Remote GUI
2: Monito
hase ces and the ote GUI to ote GUI the
to d
CEMS Taoo
Remote GUI
TmSsoCttdte
CEMS Tacfd
oring ena
CEMS sharlet the user
e asks to con
descriptionThe Remote asks the CEMopen the forwof the deviceThis packet imirroring of Status Notificsent by the deover the HANCEMS has athe update vathe status sindispatching fthe device is enabled.
The Remote asks the gatewclose the forwarding odevices statu
Use Case
abled
re the informmonitor the
nnect or dis
parGUI
MS to warding es status
-
is the the cation evice N. The always alue for nce the from always
Theinfoconan
GUI way to
of the us
-
es
remaining cycle
mation overe status of tsconnect to t
rameters
e status packformation relandition of theappliance ca
RunninDelay,
Heating selected tempera
spin, … prewas
superfr remaini
the cyc
time to end
r the HAN athe devices.the devices.
ket includes aated to the e device, e.g.an be:
ng, End, Paus…) g, Rinse, Spid program ature, duratio
… h, extrarinseeeze, … ing time to ele
the
and the CE. This phase.
Acknnt many)
Ack n
all the
. for
se,
in, …
on,
e,
end
Ack n
Ack n
54 / 66
MS e is started
nowledgmeessage (if
not needed
not needed
not needed
1
1
2
Sequence In the follodisabled ph
Diagram
owing sequehase (phase
ence diagram 1) and the
m the messamonitoring
Use Case
age exchang enabled ph
es
ge is reportehase (phase
ed, both for2)
r the monito
55 / 66
oring
11.3 S Title Description
Con The device status condiaccording wdispatched band accordiconstraints (e.g. remote The device informs the status chang The status cfrom:
- the userbothrem
- the the ove
- the
Scenario
n
nnected devi
is able to moitions (device
with the commby the remotng with the selected by te control ena
spontaneousCEMS abou
ge.
change can re
interaction r with the deh locally and
motely normal evolfunctional p
er the time alarm/event
3: Devic
ice
odify his e status) mands te GUI
the user abled)
sly ut any
esult
of the evice, d
lution of phases
ce Contro
3. Dev
The user canhis devices uthe appliancesystem.
Some param
ON/ Req Req
dura Req
supe Star
For every sualarm systemsome basic iprogram/opt
It collects thevents, alarmover the HA
It receives frthe request tthe devices (cycle, ON/Ostart/stop com
It sends the mthe devices o
It sends the dnotification t
Depending osolution, thesimple tunneand the Remimplement sthe data rece
Use Case
ol
vice Control
n control remusing his PC/es, the lighti
meters to cont
N/OFF status quired cyclequired washination quired optioner cooling, …rt, Stop, Paus
ubsystem to bm ,…) the avinformation ation selection
Roles CEMS
he status notims sent from
AN
rom the Remto modify the(e.g. selectio
OFF of the demmands)
modificationover the HAN
device statusto the Remo
on the adoptee CEMS canel between th
mote GUI or csome type of eived.
es
motely (insid/mobile, setng system, th
trol e.g. for a
of the applia
ng/cooking/f
ns and functio…) se command
be controlledvailable inforare always apn, …).
fication , m the devices
mote GUI e status of
on of a evice,
n request to N
s te GUI
ed technical n act as a he device can
f parsing of
de or outside ting the requhe HVAC sy
an appliance
ance
freezing temp
ons (superw
ds
d (lighting symation mustpplicable (th
Remo It providesthe user to It providesnumeric, tvisualizatistatus, eve It sends torequest fortheir status It can addson the devonline, use
home) the stuired functionytem, the alar
can be:
perature, spi
wash, rapid w
ystem, HVACt be defined ehe on/off statu
ote GUI/Bac
s the secure o the monitor
s to the userstextual and gion of the deents, alarms
o the CEMS r the modifi
us
s reacher infvice usage, her guide onli
56 / 66
tatus of nalities on rm
n speed,
wash,
C sytem, even if us, the
ckend
access of ring page
s a graphical vice
the ication of
formation help ine.
occ The use cafollowing t
Id Phase
1 Setup
2 Comm
11.3.1 DescriptioIn this phaTo avoid gCEMS – dconfirmatioconfirmatio(as describ Message e
Message
Select a cycle
Change oneparameter
11.3.2 DescriptioIn this phaappliance cappliance mGUI about
currence
ase can be dtable.
e Name
mand
Phase
on of the phse the remo
generating uevice), the son is given on can be a
bed in the se
exchange
From
Remote GUI
e Remote GUI
Phase
on of the phse the remoconfiguratiomodifies hist his updated
escribed thr
1: Setup
hase ote user seleunnecessarysystem coulby the userdirect conf
equence diag
to
Backend
Backend
2: Comm
hase ote user has on is dispatcs status accod status.
rough a cou
Descriptio
In this phasoptions/cyc
In this phasthe control
ects the requy data trafficld border th. This is onl
firmation orgram) until
descriptiThe Rembackend on the deThe Rembackend paramete
mand
given the cched from thording with
Use Case
uple of diffe
on
se the remotecle/status bef
se the remotecommands a
uired status c over the c
he communily a technic
r a periodicaa direct com
ion mote GUI ask
to set the reqevice
mote GUI askto set the req
er
confirmationhe backend
h the remote
es
erent phases
e user is selefore confirm
e user confirmare dispatche
(cycle, temcomplete coication on thcal and implal automaticmmand is g
ks the quired cycle
ks the quired
n to the requd to the CEMe commands
that are de
cting the reqing the selec
ms the selected to the CEM
perature, dummunicatiohe backend lementationc confirmatiiven (turn O
parameteType/numof cycle Type/valuparameter
uired changMS and thens and inform
scribed in th
quired cted configur
ted configurEMS.
uration, …)on chain (baside until s
n choice andion (e.g. eacON, start, …
ers Acknomessa
mber Ack no
ue of r
Ack no
ge so the comn to the applms the backe
57 / 66
he
ration.
ation so
. ackend – ome
d the ch 10 “) or
…)
owledgmentage (if any)
ot needed
ot needed
mplete liance. The end/remote
t
Message e
ID message
Send all data & Set start cycle
Status Notification
exchange
e From
Remote GUI
n Applianc
to
Backendthen
CEMS then applianc
e CEMS then backend
descriptio
d
ce
Once the confirms options wcommandcycle (or confirmator after a time basisinformatithe requirconfiguradispatchebackend tand from the applia
d
After the executed request, sthe updatdispatchenetwork
Use Case
on Remote GUthe selected
with a direct d such as Stawith a directtion commanperiodical s), all the ion releated tred applianceation is ed from the to the CEMSthe CEMS
ance appliance the remote
status changeted status is ed over the
es
parameUI
art t nd
to e
S to
Type/nuType/vaType ofexecute
e ,
The statincludesinformathe conddevice, applianc
remaininthe cycl
ters umber of cycalue of paramf command to
tus packet s all the ation related tdition of the e.g. for an ce can be:
Running, EnPause, Delay…) Heating, RinSpin, … selected program temperatureduration, spi… prewash, extrarinse, superfreeze,ng time to ene
Acknomessa
cle meter o
Ack no
to
nd, ay,
nse,
e, in,
, … nd
Ack no
58 / 66
owledgmentage (if any)
ot needed
ot needed
t
1
2
Sequence In the follothe Comma
Diagram
owing sequeand phase
ence diagram
m the messa
Use Case
age exchang
es
ge is reporteed, both forr the Setup p
59 / 66
phase and
12 Ene In order toMAINTAIguarantee tdevices con In case of coordinatounavailabilincluding tprovides th
12.1.1 The user bsimplest hinterconneIf the HANadmission allows the activated foIn case thewhich shal
12.1.2 In case of customer i
12.1.3 If the custocould presHAN but communicIf the CEM
13 Rev Data 03/07/2013
03/07/2013
rgy@Ho
o enable thIN the appthe customennected to t
f a ZigBee or of this netlity of the Cthe connecthe Smart Inf
Add abuys a Smarhuman intection of theN was prevprocedure,new Smart
for the Smare CEMS is nll provide us
Remof both joinins provided w
Maintomer experent the statunot respon
ation probleMS is not av
visions
3
3
ome pro
he scenariopliances in er the desirthe HAN.
network, thtwork. It is CEMS, anotion to the fo data and
a new devrt Applianceeraction poe Smart Infoviously acti, identifies t Appliance rt Info. not availablser with a u
ove a devng of not dwith this pr
tenance rienced somus of the Hnding ), etems.
vailable, this
Revision1
2
ovision
s above dethe HAN.
ed level of
he admissioassumed th
other deviceInternet. Thsome of the
vice e and wouldssible. The
o, Smart Appivated by th
the new Zto join the
le, the admiuser-friendly
ice desired devocedure. Th
me problemsHAN includi
tc. Also
s functional
n
Use Case
ing and
escribed it Access to
security in
on of any nhat the CEMe in the HAhis device e CEMS fun
d like to stae admissionpliances anhe CEMS, ZigBee dev
Energy@H
ission procey interface.
vice to the he user expe
s with Enering the deviWarning a
ity is critica
AuthNew – EneAssocNew
es
d mainte
is requiredo those thr
order to pr
new device MS could plaAN should p
shall be, bynctionalities
art it up in tn procedur
nd CEMS owthrough a w
vice checkinHome soluti
edure shoul
HAN and erience cou
rgy@Home ices list, theand Alarm
al to be prov
hor Use Cases G
ergy@homeciation Use Cases G
enance
to ACTIVee function
revent unaut
into the Hay the coord
provide a suy instance, s.
he Energy@re is requiwned by theweb interfang manufacon. The sam
ld be manag
replacemenld be simila
a Web appe devices st
could be
vided.
NoGroup e
FirpreMe
Group Mo
VATE, REMnalities is rthorized co
HAN is chadinator role
ubset of its a smart m
@Home HAired to guae same custoace, the usecturer and me procedu
ged by anot
nt of brokenar to ADD o
plication ontatus (i.e. joactivated
ote rst release, esented at Geeting, Cataodification
60 / 66
MOVE andrequired tontrol of the
rged to thee. In case ofcapabilitieseter, which
AN with thearantee theomer. er starts themodel and
ure could be
ther device,
n ones, theone.
the CEMSoined to thein case of
General ania
d o e
e f s h
e e
e d e
,
e
S e f
10/09/2013
16/09/2013
27/03/2014
3
3
4
3
4
5
Use Case
– EneAssocNew – EneAssocNew– EneAssocNew – EneAssoc
es
ergy@homeciation Use Cases G
ergy@homeciation Use Cases G
ergy@homeciation Use Cases G
ergy@homeciation
e proBia
Group e
MoproSig
Group e
ChDis
Group e
Iniadd
oposed by Lanchi odification oposed by Mgna heck by Enestribuzione
itialization sded on Chap
61 / 66
Lucio
Marco
el
scenario pter 5
14 Glos Term AG
Aggregato
Active dem
AD servic
ApplianceProfile
Blackout
CEMS
ssary
or
mand
ce
e Power
DescripSee HG
Aggregamany smas a whosuch as: • Power l• Peak cl• Peak shActive Din the podifferent
AD servimaintainan incentof the pro
The Appabout thecycles) ashedding
The totalthe operaportion o
Customecommunand the Wenergy cgrid, conperformasent to anhome/budedicated
ption
tor is a playmall clients a
le. The Agg
limitation wlipping hifting
Demand (ADower system
power syst
ice is a requn a certain potive (€ as a ogram.
pliance Powe energy conand some othg its usage.
l absence ofator (the legof the nation
er Energy Mnication funcWAN (e.g. ionsumption
nsumer’s setance standarnd received
uilding sectod load and g
Use Case
yer in the enand to operagregator sha
within a give
D): it is the m markets antem particip
uest sent froower level ifunction of
wer Profile isnsumption oher useful i
f voltage in gal person wnal electricit
Manager Sysctionalities,internet). Thn and or prottings and crds. The Cu
d from conneor has to be generation m
es
nergy markeate into the all reply to m
en geograph
active partind in the propants by par
om the aggrein a period
f kW actuall
s a data struof an applianformation
the electricwho is assignty grid).
stem. The C it is the gathe CEM is
oduction basontracts, an
ustomer Eneected devicmentioned.
managemen
et. It has theenergy marmarket need
hical region
cipation of ovision of flticipating in
egator to thof time. Thely consumed
ucture contaance (load pfor load sh
c distributionned the man
CEMS is CEteway betwa logical funsed on signand devices mergy Manages; especial. It can handnt command
e mission torket presentds offering
n and tempo
residential flexibility ton AD servic
he consumere aggregatod) for the fu
aining informprofile relatehifting or loa
n grid mananagement o
EM integrateween the HAunction optimals receivedminimum ger collects mlly the in-dle general ds and then
62 / 66
o aggregate ing them services
oral slot
consumers o the ce.
rs to or will give ulfillment
mation ed to its ad
aged by of the local
ed with AN, the HN mising d from the
messages
or forwards
Customer
Demand SManagem
DSO
Energy CoAlgorithm
Energy ReAlgorithm
Energy Re
HAN
Interfaces
Side ent
ost m
egulation m
etailer
these to tthe “gridcombine
An appliremote, mIt could bcompone(connectpages or Demand quantity such as aenergy-sshifting a
In electrithat carridistributi
Algorithmfrom 08:Retailer. complexCost AlgestimatedEnergy Rfor coordconsumpof the syAppliancinvolvedsheddingCompani(energy)
A home usually ccommunplugs, smnetwork often ref
the connectd / market”. d in the CE
ance or Smmore verbosbe a physicaent, which ced in the HAcustom sofside managor patterns
actions targeupply systeand load she
ical power bies and delivion lines.
m, to obtain00 to 19:00The Energy, and, in any
gorithm shald, and all thRegulation adinating Smption or coststem, usingces Power Pd in the Energ . ies that partto the end u
area/automacharacterizenication betwmart thermo(e.g. ZigBe
ferred to as P
Use Case
ted devices. Note that m
EM to be mu
mart Info Usese, portableal device orcan be visuaAN or HN)ftware writtegement (DS(load profileting reduct
ems are consedding.
business a Dvers electric
n the price o0) replicatiny Cost Algoy case, definll receive as
he needed malgorithm is
mart Appliant optimizati
g as inputs thProfile and trgy Regulat
ticipate in thuser.
ation netwoed by low thween deviceostats and hoee) or wiredPAN (Perso
es
It providesmultiple loadutually contr
er Interfacee, remote, usr, more comalized by a P. Typical imen for each
SM) entails ale) of use oftion of peakstrained. No
Distributioncity to the c
of energy atg the conditorithm to gened by eachs inputs a Po
metering dats any procednces behavioon and to ghe global entheir status. tion algorith
he retail ene
ork is a residhroughput. Ies within thousehold ap
d (e.g. Poweonal area ne
vice versa ds/generatiorolled.
extension. ser friendly,
mmonly, it isPDA, a pc omplementati
of these devactions that f energy conk demand duoticeably tec
System Opconsumer fr
t a given timtions applieet the price ch Energy Reower Profilea. dure which or, in order uarantee thenergy consuMain contr
hm are load
ergy market
dential localt is typicallye home such
ppliances. It r Line Com
etwork)
informationon resource
Its goal is h, configurabs only a logor a Smart Pions are throvices. t influence tnsumed by uring periodchniques ar
perator is anrom the TSO
me (e.g. € peed by the Encould be quetailer. The e, either act
defines theto reach ene overall pe
umption, itsrol techniqu
d shifting an
t providing
al area netwoly used for ch as sensorst can be a W
mmunication
63 / 66
n towards s can be
having a ble device. ical
Phone ough Web
the end users, ds when re load
n operator O's
er kWh nergy uite
Energy tual or
strategy nergy erformance
cost, ues nd
a service
ork,
s, smart Wireless n). This is
HG
Home Dom
Home DomOverload
Home EneMonitor
HN
Load Prof
Load Shed
main
main
ergy
file
dding
Home GaWAN (eInterfaceHN (ZigB(usually to collectand publIt identif(HAN anInfo and
Conditiopower limaccordincountriespower (eprocess ithresholdthe MeteIn other chome equoverloadA Home conveniealso dispreal timeits displahouse, cowired (e.A home nby high ttypicallygatewaysEthernet)
Load prospecific dused by t
Energy usystem bgeographelectric lthose (thsheddingutility co
ateway: it i.g. internet)
es through thBee, WiFi, via a standat energy datish them in
fies a boundnd HN), covCEMS. Th
on which takmitation. Pog to the regs, domestic eg. 3kW). Nis managed d exceedinger will open countries, thuipment and
d. Energy Mo
ent feedbackplay cost of e consumptiay is remoteommunicati.g. power linnetwork is athroughput.
y deployed is. The home).
ofile is the vdefinition isthe load.
utilities' metby temporarihical areas; oads in the us altering t
g are rollingompany in o
Use Case
is the gatew). It is able the communetc.) and to
ard ADSL cta, from the the HN and
dary of the wvering Smarhis boundary
kes place whower limitatgulation in p
connectionNote that ma
by the Metg and to perf
the breakerhe limitatiod apposite s
onitor is a dk on electricenergy, estion of some
e from the ming with thene communa residentia It is used fo
in the homee network c
variation in s the Power
thod of reduily rationingthis can be grid or by rtheir load p
g blackouts, order to avo
es
way betweento interface nication proto provide a bconnection)e Smart Infod WAN. wired/wirelert Appliancey is usually
hen aggregation can be
place. For exns are subjecaximum coner, which isform neededr immediaten is imposesafety devic
device provical (or otherimates of grelectrical lo
measuremene sensor/Homnications) oral local area for commun, usually pe
can be wirel
the electricr Profile, wh
ucing demang distributiodone by for
reducing theprofile). The
the last resid a total bl
n the HAN, Smart Apptocol(s) usebroadband c. Moreover,
o and from t
ess communes, Customethe custome
ated home ldeterminedxample, in Sct to a maximntractual pows the only acd action. In ely, without ed by physicces are insta
ding the conr) energy usreenhouse goads inside
nt point andme Electricr wireless mnetwork, ty
nication betwersonal compess (e.g.Wi
al load vershich takes in
nd on the enon of energyrcing the swe power cone most drastort measureackout of th
the HN andpliances anded in the HAconnection , the Gatewthe user’s ap
nication syser Interfaceer’s House.
load exceedd by differenSouth Europmum contrawer limitatictor entitledsome circu
t emitting ancal limitatioalled to prev
nsumer a prse. These degas emission
the house. d portable incity Meter umethodologyypically chaween digital
mputers, prini-Fi) or wire
sus time. A nto account
nergy genery to differen
witch off of nsumption otic kind of loe used by anhe power sy
64 / 66
d the d Customer AN and to internet
way is able ppliances,
stem s, Smart
ds a given nt causes pe actual ion d to sense umstances, ny alarm. on of the vent the
rompt and evices may ns, near Usually
nside the using a y. aracterized l devices
nters, ed (e.g.
more the power
ration nt some
of some of oad n electric ystem.
Load Shift
Overload i
Peak DemLoad
Power Pro
SI
SimplifiedProfile
fting
interruption
mand or Peak
ofile
d Tariff
Smart Apmeasurescould be consumpaction imGrid to thalso a sevnoticeablDemand Load Shithe patterthe peak Managemeach singcommoncomplex the neede
n Trip of th
k Peak demdescribinfor a sustPeak demyearly cy
Power prversus timaccordincommercAppliancis used. Smart Ininformatavailablea proxy o
It is a simEnergy Rof time sthe correthat provaccount atime or d
ppliances cos, reducing performed
ption profilemplies an infhe Smart Apverity levelly affected bSide Mana
ifting is an ern of energyhours to of
ment techniqgle electric l
nly, the oversequence o
ed performahe circuit br
mand or peang a period itained perio
mand fluctuycles.
rofile is the me, thus speg to customcial and induces context,
nfo: is the elion into the
e inside the of the meter
mplified struRetailer. Thlots for a co
espondent prvides the Simall the relev
differences b
Use Case
ould signifitemporarilyby the appl
e (load profiformation c
Appliance in . Their perfby the load
agement techelectric loady use of a dff-peak hourques. In theload of the rall workingof activationance of the reaker due t
ak load are tin which el
od at a signiuations may
variation oecifying the
mer type (typdustrial), tem
the more sp
lement, prove HAN. PubHome Elecr
ucture of the content ofonfigurable rice (in euromplified Tavant factors between wo
es
cantly help y their poweliance contrile) during icoming from
order to to formances sshedding o
hniques. d managem
device (load rs of the daye Smart Appappliance o
g cycle of thn of those simachine). to unhealed
terms used iectrical powificantly higoccur on da
f power cone [[Load Propical exampmperature anpecific conc
vided by theblished data ctricity Mete
e energy tarf the Simpliamount of
os per kWhariff Profile
that influenorking and h
to avoid theer consumptrol logic itseits working
m the Utilitysignal the nhould not bperation. It
ment techniquprofile), mo
y. It belongspliance contor, more genhe applianceingle loads,
overload
in Demand wer is expecgher than availy, monthl
nsumption oofile]] concples include nd holiday scept of App
e DSO, whiare a sub-se
er, hence the
riff offered ified Tariff time (e.g. th) for each tishall autono
nce the tarifholiday days
hese last resotions: load self changingoperations
y through thneed, carryibe greatly or
belongs to
que that aimmoving dema
s to the Demtext, the loanerally and e (which coin order to
Side Manacted to be prverage supply, seasonal
of an electriept. It will v
e residentialseasons. In
pliance Pow
ich provideset of those ae Smart Inf
to the clienProfile is a he next 24 hime slot. Thomously tak
ff, such as cuys.
65 / 66
ort shedding g its power . This
he Smart ng usually r the
s to shift and from mand Side ad could be
nsists of a achieve
gement rovided ly level. l and
ical load vary , the Smart
wer Profile
s energy already fo acts like
nt by the sequence
hours) and he actor ke into urrent
Smart App
Smart Plug
TSO
WAN
pliance
g
It is an apintelligennew servawarenesthe homewhishes technoloSmart Apoutside thlogic (insDevice ppower mconnecteremotely
Transmistransmisspower frooperators
Wide areany netwThis is d(LANs) wrespectiv
ppliance conce to coopevices to the css, demand e system comand alwaysgies imply sppliance (thhe Home Dside and/or
provided witmeter able toed load and y power on/o
ssion Systemsion systemom generatis (DSO).
ea Network:work whose
ifferent thanwhich are uvely.
Use Case
onnected in terate with tconsumer, lresponse. Tmplying wis assuring itsome inform
hus a commDomain) and
outside the th a HAN in
o calculate this typically off the load
m Operatorm operator (T
ion plants to
: it is a comcommunican personal a
usually limit
es
the HAN anhe other holike for instThe Smart Aith the systets best perfomation trans
munication chd an additioappliance).
nterface (e.ghe power/Eprovided w
d.
. In electricTSO) is an oo regional o
mputer netwoations links area networted to a room
nd equippedme actors inance energy
Appliance plem policies, ormance. Msfer from thhannel with
onal control . g. ZigBee) tnergy consu
with a Relay
al power buoperator thaor local elec
ork that covcross metro
rk (PANs), Lm, building
d with somen order to py consumptlays an acti satisfying t
Most of thesehe Smart Grhin the HAN
and superv
that typicalumption of
y that can be
usiness, a at transmitsctricity distr
vers a broadopolitan bouLocal area n
g, campus
66 / 66
e provide ion ve role in the user e rids to the N and vision
ly has a the
e used to
electrical ribution
d area (i.e., undaries) network
