PT Len Industri(Persero) - Len Industri (Persero) Contents 1 Introduction PT. Len Industri...

PT Len Industri (Persero)

PT Len Industri (Persero)Electrical Industry and Manufacture


Contents

Introduction PT. Len Industri (Persero)1

PV Systems2

3 Experience and Implementation

4


MAIN BUSINESS

Railway Transportation

Renewable Energy

Telecommunication

Defense Electronics

Navigation System

Halaman 5


Railway Transportation product and experience

Halaman 6

Signaling / Interlocking sys Fiber Optic for Signaling System

A

u

t

o

m

a

t

i

c

Wa

r

n

i

n

g

S

y

s

t

e

mCentralized Traffic Control

Traction System for KRL

KRD, KRDE


Navigation System experience procurement and installatian

Halaman 7

Radar

Lighting System Navigasi– ATC Display

DVOR/DME/ ILS


Telecommunication

Halaman 9

WiMAX 16d & 16e :

SDH Equipment


Defense Electronics

Halaman 10

Radio Man PackSurveillance & Reconnaissance

SystemCombat Management Sys

Alkom RantisTransponder Sasaran

TorpedoX – Ray (Customs Administration)


Renewable Energy have product and experience, EPConstruction subsidiary


Len’s Production Capacity factory assembly

-PV Modul (Solar Panel) 10 MW/year

- WiMAX 16d and 16e

Base Station 5.000 units/year

CPE Out door 15.000 units/year

- Alkom 5.000 units/year

- Signalling System 20 stations/year

Polycrystalline / Monocrystalline


PT. ELTRAN

INDONESIAPT. SURYA

ENERGIINDOTAMA

PT. LEN

RAILWAYS SYSTEM

Len Polycrystalline and

Monocrystalline Solar Module

Product

• Operated since 1998

• Follow the Indonesia markets

• High efficiency module

• It has dominate 70% of world solar module

production compare to others technology


SHS 50 Wp (small scale)

•∼ 5 MWp

Hybrid

• 80 system

• 381,6 KWp

Off Grid & Grid

• 36 system

• 469,4 kWp

• 500 kwp Thin film (2011 – on progress)

PLN project (2,34 MWp)

• On Grid 300 kWp (Finish), 900 kwp (progress)

• Off Grid 200 kWp (progress),

• Hybrid 340 kWp (progress)

(2008)


Contents


PV Systems2


4


PV SysTech.

Equipment Tech.

PV Tech.

Inverter and Solar Charge

Tech.

Battery Tech.

Grounding, Monitoring, etc.

tech

Implementation Tech.

Off grid Tech.

On Grid Tech.

PV System Technology

www.schoolgen.co.nz

www.inbalance-energy.co.uk

You know better than me

http://www.schoolgen.co.nz/

http://www.inbalance-energy.co.uk/




PV Impl. Tech

OFF GRID

Generated for use locally

With Storage

Small (SHS, Solar Power

Pack) to Large Scale

capacityWithout Storage

Hybrid System

ON GRID

PV system connected to

the main power grid

With Storage (buckup)

Without Storage

Hybrid system??

Solar Power Implementation Technology

www.schoolgen.co.nz

www.inbalance-energy.co.uk

http://www.schoolgen.co.nz/


PV Global Aplication


Off Grid /

Stand alone

Diagram

(With

Storage)*

*DC Coupling


On Grid

Diagram


Low Loads:

Diesel off-line,

battery and

renewable

energy sources operating

through

inverter

Off Grid

(Hybrid)

Diagram


Medium Loads:Diesel operating at optimal loading,HPC charging battery with excess diesel capacity

Off Grid

(Hybrid)

Diagram


Peak Loads:

Diesel operating at

optimal loading,

in parallel with

Inverter converting

DC power from the

renewable energy

source and battery

into AC power

Off Grid

(Hybrid)

Diagram


Off Grid

(Small

Scale)

Diagram


Contents


PV Systems2


4

24

Grid 200 KWp NTB Grid 105 KWp SBY Grid 100 KWp MALUKU

25

Off Grid (Hybrid) PV 50 KWp +Genset 136 kVA + Wind 40 kW, NTT

Off Grid with storage (Stand alone) PV 80 KWp,

Alor

Off Grid with storage (Stand alone), PV 5 KWp

Off Grid with storageSolar Home System (SHS)

Off Grid with storage Solar Power Pack or

Solar Charger Station

Off Grid with storage (Stand alone)PV 0,8 KWp

(∼2.8 kWh/ day)

Off Grid with storage SEHEN (Super Extra

Hemat Energi)


Equipments Lampung Project Mixed Off and On Grid

PLN100 ISLANDS PV SYSTEM

PV System Installed 2011 (kWp)*

957.50

420.50

1,199.15

2,757.40 3,104.00

1,100.00 1,435.20

Sumatera Jawa-Bali Kalimantan Nusa Tenggara Sulawesi Maluku Papua

*Until Oct, 2011

Source : PLN, ESDM, PDT, Local gvt


PV System 2011 Indonesia*

48%

43%

9%

Capacity

Off Grid

On Grid

Small Scale

PV SystemCapacity

(Kwp)

Off Grid 5.205,40

On Grid 4.745,00

Small Scale

(Off Grid) 1.023,35

Total 10.973,75

*Until Oct, 2011

Source : PLN, ESDM, PDT, Local gvt

Electrification Ratio 2011

< 50%

50% - 60%

60% - 70%

> 70%

Source : RUPTL PLN 2010-2019 (data processed)

2 7 1222

37

67

97

127

157

187

2010 2011 2012 2013 2014 2015 2016 2017 2018 2019

MWp

Source : RUPTL PLN 2010-2019

Pln Solar Eneregy Development 2010 - 2019

EBTKE/ESDM Solar Energy Development 2010 - 2025

25 35 45 55 65 75

125

175

225

275

324

375

426

477

528

580

2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025

MWp

Source : Blueprint Pengembangan Energi Baru Terbarukan dan Konservasi Energi EBTKE 2010


PopulationMore than 70% area In Indonesia have population less than 100 people / km2


Population and Electricity in Indonesia

Jumlah Keluarga berlistrik (Household appliances) (PLN) 37.099.830

Jumlah Keluarga berlistrik (Household Appliance) (Non PLN) 1.473.635

Jumlah keluarga (Number of Household) 58.194.470

Electrification ratio 66,28 %

Statistik

Ketenagalistrikan

dan Energi

Tahun, ESDM

2009(Ministery of Energi and

Mineral Resource)

Vickner sinaga,

PLN, 2011

Harry JP, PLN, 2011

East Indonesia 56%

NTB – NTT Province 31%

West Indonesia (2011) 62%


Off Grid and On Grid

Off GridLarge Scale

Hybrid

Goverment ProjectPrivate Investor

Operator / Power Company (PLN)

Not AvailableAvailable

On Grid Large Scale, Hybrid

Goverment ProjectPLN Project

Po

pu

lati

on

/ H

ou

seh

old Urban, Sub

Urban, or Rural

Residence

Rural Scattered Residence

Off GridSmall Scale

Goverment Project

-------


Thank You

PT Len Industri(Persero) - Len Industri (Persero) Contents 1 Introduction PT. Len Industri...

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