Post on 26-Dec-2015
Smart transmission system
Marián Belyuš 18. April 2012
R&D Conference ČEZ Měření
ČEPS, a.s.
Table of contents
Principal factors with impact on ČEPS
SET Plan of European Commission and EEGI initiative
Selected R&D activities in ČEPS
Illustration of on-line operating information at ČEPS
External factor (Super Grid)
Source: Project EWIS
Source: BMU
PV boom
(PV = Photo-Voltaic power
sources)
Internal factor and development in PV
PVE- History & maximum of power generation
Generated power (monthly)
Max. power generation value per a unit time period (15 min)
Total PV power generated in 2011 = 2073 GWh
Regional factor - Nuclear Phase-Out in Germany
Source: BMU
Biblis A 1167 MWNeckarwestheim 1645 MWPhilippsburg 1890 MWUnterweser 1345 MWIsar 1 878 MWBiblis B 1240 MWBrunsbüttel 771 MWKrümmel 1345 MW-------------------------------------Total: 8281 MW
European Electricity Grid Initiative – EEGI
More automated MV distribution networks with self healing capabilities.Monitored and controlled LV networksIT supported monitoring process
Renewable energy, DG, electric vehicles, electricity storage and aggregation
Management of end-use energy efficiency, aggregation, retail
Customers aware and actively participating
Level 2: Smart network and processes
Level 3: Smart I ntegration
Level 4: Smart Energy ManagementS
MA
RT G
RID
SFu
ncti
on
al le
vel
Level 1: Smart Pan-European Transmission network
Level 0: New generation technologies
Level 5: Smart Customers
Novel approaches to develop a pan-European gridAffordable technologies to make the transmission system more clever and flexibleCritical building blocks to operate the interconnected transmission system in real time and reliably Market simulation techniques to develop a single European electricity market
Customers
DistributionNetwork
TransmissionNetwork
Electricity
generation
ESCOsRetailers
Aggregators
• SET Plan – a conceptual document of EC for support of research & development in power industry
• One of supported areas is represented by EEGI
Projects proposed by EEGI in 2011
X
X
X
X
X
X- Priorities of ČEPS for 2012
X
X
Selected R&D activities in ČEPS ACM - Automatic central monitoring of VHV & EHV equipment condition within TS
Dynamic Rating Variable ampacity of transmission line in dependence on climatic conditions
EPG - European Power Grid
FACTS - Flexible AC Transmission Systems
GCC - Grid Control Cooperation
eHIGHWAY 2050 Modular Development Plan on Pan-European Electricity Highways System
SCOPF - Security Constrained Optimal Power Flow
TSC - Transmission System Cooperation
UMBRELLA - Toolbox for Common Forecasting, Risk Assessment, and Operational Optimisation in Grid Security Cooperation of Transmission System Operators (TSOs)
UA&MD - Study of connectivity of Ukraine & Moldavia with continental Europe WAMS - Wide Area Monitoring System
TSC - Joint control of operational security of TSs in the region, coordination of corrective actions
• 50Hertz Transmission (Germany)• Amprion (Germany)• APG (Austria)• ČEPS (Czech Republic)• ELES (Slovenia )• EnBW Transportnetze (Germany)• PSE Operator (Poland)• Swissgrid (Switzerland)• TenneT TSO (Netherlands)• TenneT TSO (Germany)• VKW-Netz (Austria)• HEP (Croatia)• MAVIR (Hungary) The initiative covers the territory in Central Europe
with population more than 165 million
TSC members
Former sphere of UCTE grid
TSO with status of observer
HU
DE
PL
RoI
NI
UK
FR
ESPT
CH
IT
AT
SI
ALGR
FYROM
RO
CZSK
BE
NL
DK
NO
SE
FI
EST
LV
LT
BG
HR
ME
BA
LU
I
RS
CY
• TSC offers integrated output data which are useful for TSOs, as well as for other existing security initiatives (centralised or decentralised...)
• TSC is compatible with all organisational forms (among other TSOs) in Europe
• TSC can be extended, if there is an interest of other TS operators (even to other spheres of synchronous part of European grid)
TSC improves operational security of TSs in Europe
ENTSO-E
CTDS
CORESOTSC - SSC…
Brussels
Europe
TSC for TSOs in a decentralised way
Roemmerkirchen
(DACF …)
TSC -TSO Security Cooperation• Tool for closer cooperation between Transmission System Operators (TSOs) • It solves unfavourable operating situations (caused e.g. by high transit of
power from wind parks in Northern Germany).
These flows of power result from increased installed power generation capacities in wind power stations as well as from prices of power on spot markets (such prices of power are directly related to the volume of wind power generation)
Export area
Importarea
Typical flows of power generated from wind
Real-Time Awareness & Alarm System (RAAS) in Central Europe
• Global knowledge of situation in electricity systems and real-time information on main parameters which are available at individual dispatching centres
• RAAS provides warnings and alarms relating to grid conditions to all TSOs in the whole region in real time.
TSO 1
TSO 3
TSO 2
TSO 4
TSO 21
TSO 6
AMPRION
TENNET
TENNETCEPS
ENBW
AMPRION
SWISSGRIDELES
APG
MAVIR
SEPS
PSE50Hertz
50Hertz
UMBRELLA
THEME [ENERGY.2011.7.2-1][Innovative tools for the future coordinated and stableoperation of the pan-European electricity transmission system]
Full name of the project:Toolbox for Common Forecasting, Risk Assessment and OperationalOptimisation in Grid Security Cooperation of Transmission System Operators (TSOs)
• 9 TSOs• 5 Universities• 1 Research centre
Illustration of on-line operating information at ČEPS
Operating information
1 2
43
1 Trans-border power flows 2 Load in CZ (GW)
3 Activation of power stations (MW) 4 Dispatching tunnel (MW)
Thank you for your attention…
Marián BelyušR&D Department ČEPS, a.s.belyus@ceps.cz