PRODUCT CATALOG 2015 - Global Teknik EnergiThe basic building block of PV technology is the solar...

I C A S O L A R ® P R O D U C T C A T A L O G | 2 0 1 5

PRODUCTCATALOG2015

1. What is Solar PV ?

1.1 - Introduction of Solar Photovoltaic

1.2 - Benefit of PV System

2. Product Categories

3. Types of Solar PV Diagram

3.1 - Grid Tied ( On-Grid )

3.2 - Stand Alone ( Off-Grid )

3.3 - Hybrid ( Multiple Power Sources )

4. Product Categories

4.1 - Solar PV Modules

4.2 - Solar Inverter

4.3 - Solar Charger Controller

4.4 - Solar Battery

5. ICA® PV System

5.1 - Grid-Tied PV Systems

5.2 - Stand Alone PV Systems

5.3 - Hybrid PV Systems

5.4 - F.A.Q.

5.5 - Proposal Process

6. ICA® Solar Philosophy

6.1 - What makes us different

7. Company Overview

8. Contact Details

THE FUTURE IS GREEN ENERGY, SUSTAINABILITY AND RENEWABLE ENERGY. THE FUTURE AWAITS HERE.

TABLE OFCONTENT

2

WHAT ISSOLARPV ?

3

Photovoltaic (PV) systems convert sunlight directly to electricity that can be

stored in a battery or fed back into the utility grid (i.e. PLN). They work

anytime the sun is shining, but more electricity is produced when the

sunlight is more intense. PV allows you to produce electricity— without noise

or air pollution—from a clean, renewable resource.

The basic building block of PV technology is the solar “cell.” Multiple PV cells are connected to form a PV “module”.

Modules range in power output from about 10 watts to 300 watts. A PV system connected or “tied” to the utility grid

has these components:

• One or more PV modules, which are connected to an inverter

• The inverter, which converts the system's direct-current (DC) electricity to alternating current (AC)

• Batteries (optional) to provide energy storage or backup power in case of a

alternating current (AC) power interruption or outage on the grid.

What is the difference between solar PV and solar thermal?

Unlike solar thermal systems for heating water, PV does not use the sun’s heat to make electricity. Instead, electrons

freed by the interaction of sunlight with semiconductor materials in PV cells are captured in an electric current.

Why should you invest in a PV system?

People decide to invest in PV systems for a variety of reasons. Some people want to help preserve the Earth's finite

fossil-fuel resources and reduce air pollution. Others want to invest in an energy-producing improvement to their

property. Some people like the security of reducing the amount of electricity they buy from their utility because it

makes them less vulnerable to future price increases. And some people just appreciate the independence that

a PV system provides.

4

Grid Tied SNV-GT-TM10KW - 20KW

Grid Tied SNV-GT-DM5KW

Grid Tied SNV-GT-SM1KW - 3KW

WiFi Data Logger

PRODUCTCATEGORIES

Monocrystalline 20Wp - 200Wp

Polycrystalline50Wp - 250Wp

SOLAR PANELPV MODULE

ON-GRIDINVERTER

STI512 STI1024

DC INVERTER

OFF-GRIDHYBRIDINVERTER

SNV-GFW-0.5KW - 2.4KW SNV-HYW-1KW - 3KWSNV-GFT-3KW - 8KW SNV-GFT-10KW-120KW

5

Shine 10A, 12V/24V LAT-NL 10A - 20A LS 1024R & 2024R10A - 20A

TRACER MPPT 10A - 30A iTRACER MPPT 30A - 60A

SOLAR CHARGERCONTROLLER

PRODUCTCATEGORIES

SOLARACCESSORIES

PJU Box MT-50 DisplayController

MC4 Solar Connector PV Combiner Box

SOLARBATTERY

Deep Cycle Series55Ah - 250Ah

OPzS Series (2V)800Ah - 2500Ah

OPzV Series (2V)800Ah - 2500Ah

PV MOUNTINGALUMINIUM

End Clamp Mid Clamp Rail Joint Hook

Bracket Rall

6

1000 Watt

PRODUCTCATEGORIES

MOUNTING1500 Watt

Hook and End Clamp Hook and Mid Clamp

Hook, Joint, Mid Clamp Installed

MOUNTING



MOUNTING500 Watt



7

PRODUCTCATEGORIES

SHS DC SERIES

SOLAR STREET LIGHT

PJUE30W-S PJUE50W-S

ON GRID INSTALLATION IN INDONESIA

PJUE60W-S PJUE100W-S

SHS 12212V/7Ah (2 Unit)

SHS 12312V/7Ah (3 Unit)

SHS AC SERIES

SHS 1205l 12VDC/220VACBattery external

SHS12305l12VDC/220VACBattery internal (3 Unit)

8

COMPLETESOLAR HOME SYSTEMPORTABLE DC

PRODUCTCATEGORIES

PACKAGE OFF-GRIDSOLAR PV SYSTEM

Installed

SHS122C SHS123C

SHS1205IC SHS12305IC

COMPLETESOLAR HOME SYSTEMPORTABLE AC

SNV-GFW0.5KWC (2 Unit Solar Panel)1KWC (4 Unit Solar Panel)2KWC (6 Unit Solar Panel)

SNV-GFT3KWC (12 Unit Solar Panel)5KWC (20 Unit Solar Panel)8KWC (32 Unit Solar Panel)

9

The typical monocrystalline solar cell is a dark black colour, and the corners of cells are

usually missing as a result of the production process and the physical nature of

monocrystalline silicon.


MONOCRYSTALLINE

135Wp80Wp

50Wp 20Wp

10

TECHNICAL SPECIFICATION

TECHNICAL SPECIFICATIONMONOCRYSTALLINE

H

50 Wp

GRADE

TOLERANCE

PMAX

VMP

IMP

VOC

ISC

SIZE (L x W x H)

WEIGHT

CERTIFICATION

GUARANTEE

A

+3%

50W

18.20V

2.75A

22.35V

2.95A

630 x 540 x 30mm

4.2kg

ISO9001ISO14001

OHSAS18000

15 years - 90%nominal power rating


80 Wp

A

+3%

80W

17.80V

4.54A

22.20V

4.88A

1010 x 670 x 30mm

6.5kg

ISO9001ISO14001

OHSAS18000



100 Wp

A

+3%

100W

18.60V

5.38A

21.70V

5.77A

1200 x 540 x 30mm

8kg

ISO9001ISO14001

OHSAS18000



135 Wp

A

+3%

135W

17.20V

7.85A

21.10V

8.34A

1480 x 670 x 35mm

12kg

ISO9001ISO14001

OHSAS18000



200 Wp

A

+3%

200W

30.10V

6.65A

36.10V

7.08A

1330 x 990 x 35mm

16kg

ISO9001ISO14001

OHSAS18000



Polycrystalline panels are made up from the silicon offcuts, moulded to form blocks and create a cell made up of

several bits of pure crystal and it is identifieable by its signature light or dark blue colour, but not uniformly some

patches are lighter than others. The differences in appearance come about as a result of the manufacturing process.

However, this mis-alignment can help in some circumstances, because the cells work better from light at all angles,

in low light, etc.


POLYCRYSTALLINE

250Wp

100Wp

50Wp

11

12

TECHNICAL SPECIFICATIONPOLYCRYSTALLINE


H

GRADE

TOLERANCE

PMAX

VMP

IMP

VOC

ISC

SIZE (L x W x H)

WEIGHT

CERTIFICATION

GUARANTEE

50 Wp

A

+3%

50W

18.50V

2.75A

22.63V

2.95A

670 x 530 x 30mm

4.4kg

ISO9001ISO14001

OHSAS18000



100 Wp

A

+3%

100W

18.20V

5.50A

22.63V

5.88A

1020 x 670 x 30mm

8kg

ISO9001ISO14001

OHSAS18000

A

+3%

135W

17.40V

7.76A

21.90V

8.00A

12kg

135 Wp

1480 x 670 x 35mm

ISO9001ISO14001

OHSAS18000

200 Wp

A

+3%

200W

26.20V

7.64A

32.80V

8.00A

1480 x 990 x 35mm

18kg

ISO9001ISO14001

OHSAS18000

80 Wp

A

+3%

100W

19.60V

4.10A

23.90V

4.38A

850 x 670x 30mm

7kg

ISO9001ISO14001

OHSAS18000



250 Wp

A

+3%

250W

31.20V

8.02A

37.90V

8.45A

1650 x 992 x 40mm

20kg

ISO9001ISO14001

OHSAS18000









13

SOLAR INVERTER

GRID-TIED SNV-GT-SM

Transformer-less design and compact in size

IP65 Protection Class

Firmwire is upgradeable via RS232 Port

Optional DC switch available

Comply with latest VDE AR N1405 standard

MPPR Efficiency > 99.9%

Maximum Efficiency > 97.6%

Mimic LCD Display

Versatile communication interface options,standard RS485 port and external WiFi andEthernet devices.

Monitoring software offers operational statusand electricity generated data.

150 200 250 300 350 400

99989796959493

Euro efficiency 96.7%California efficiency 97.0%

+

-

Communication interface RS485,Wifi (optional)

PROTECTION CIRCUIT

RELAY PE

L

N

DC SWITCH

DCEMC

FILTER

MPPTBOOST

CIRCUIT

INVERTCIRCUIT

ACREACTOR

DC IN

PUT

GIRD

ACEMC

FILTER

Intelligent monitoring software and LCD display

ON-GRID

14

GRID-TIED SNV-GT-SMSolar Inverter


MODEL SNV-GT-1501SM SNV-GT-2001SM SNV-GT-3001SM SNV-GT-3601SM

1800 W 2400 W

500 Vdc

1

150 ~ 450 Vdc ( Rated Voltage 360 Vdc )

230 Vac

1

184 ~ 276 Vac

3300 W 4000 W

1500 W 2000 W 3000 W 3600 W

1650 W 2200 W 3100 W 3700 W

>96.3% >96.9% > 97.5% > 97.6%

>96.0% >96.0% >96.5% >96.6%

9 A 11 A 17 A 20 A

INPUTMAX. DC INPUT POWER

MAX. DC INPUT VOLTAGE

MPPT TRACKING VOLTAGE RANGE

NUMBER OF MPPT TRACKING

MAX. INPUT CURRENT for each tracking

OUTPUTRATED OUTPUT POWER

MAX. AC OUTPUT POWER

RATED OUTPUT VOLTAGE

OUTPUT VOLTAGE RANGE

GRID FREQUENCY RANGE 50/60Hz (±5Hz), (adjustable)

RATED OUTPUT CURRENT 6.5 A 8.7 A 13 A 15.6 A

MAX. OUTPUT CURRENT 9 A 11 A 15 A 18 A

POWER FACTOR ( COS Φ )

THDi <3%

99.9%

<0.2 W

-20°C~60°C

335 X 580 X 170

0 ~ 95% (non-condensing)

SYSTEM FEATURESMAX. EFFICIENCY

EURO EFFICIENCY

MPPT EFFICIENCY

STANDBY (NIGHT TIME) LOSSES

DC SWITCH Optional

RS485 standard, external WiFi or Ethernet (optional)COMMUNICATION INTERFACE

ENVIRONMENTALOPERATING TEMPERATURE

HUMIDITY RANGE

ALTITUDE 2000m

NOISE LEVEL <25dB (1 meter from surface)

PROTECTION RATING IP65

PHYSICAL

SHIPPING WEIGHT (KG) 15.8 18.2

STANDARDS

SAFETY IEC/EN62109-1,IEC/EN62109-2,VDE0126-1-1, VDE AR N4105, G83/59/EEG2012,

AS3100/4777,CEI 0-21,CNCA/CTS0006:2010,CNCA/CTS0004:2009A,etc EMC

Specifications subject to change without prior notice

EN61000-6-2, EN61000-6-3,etc

DIMENSION W x H x D ( mm )

ON-GRID

15

DIMENSION

MODEL SNV-GT-1501SM SNV-GT-2001SM SNV-GT-3001SM SNV-GT-3601SM

A

B

BA C D

E

170 170 170 170

580 580 580 580

435 435 435 435

397 397 397 397

335 335 335 335

240 240 240 240

DIMENSION SNV-GT-SMSolar Inverter

ON-GRID

16

SOLAR INVERTER

GRID-TIED SNV-GT-DM

Transformer-less design and compact in size

IP65 Protection Class

Double MPPT Design for application demand

Firmwire is upgradeable via RS232 Port

Optional DC switch available

Comply with latest VDE AR N1405 standard

MPPR Efficiency > 99.9%

Maximum Efficiency > 97.6%

Mimic LCD Display

Versatile communication interface options,standard RS485 port and external WiFi andEthernet devices.

Monitoring software offers operational statusand electricity generated data.

150 200 250 300 350 400

99989796959493

Euro efficiency 96.7%California efficiency 97.0%

RELAY

DC SWITCH

DCEMC

FILTER

DCEMC

FILTER

MPPT1BOOST

CIRCUIT

MPPT2BOOST

CIRCUIT

INVERTCIRCUIT

ACREACTOR

GIRD

ACEMC

FILTER

Communication interface RS485,Wifi (optional)

DC IN

PUT 1

DC IN

PUT 2

Intelligent monitoring software and LCD display

PROTECTION CIRCUIT

ON-GRID

17

GRID-TIED SNV-GT-DMSolar Inverter


MODEL SNV-GT-3001DM SNV-GT-3601DM SNV-GT-4201DM SNV-GT-5001DM

3300 W 4000 W

600Vdc

2

150 ~ 500Vdc ( Rated voltage 360Vdc )

230 Vac

0.9 leading-0.9 lagging

184 ~ 276 Vac

4600 W 5500 W

3000 W 3600 W 4200 W 5000 W

3100 W 3700 W 4300 W 5100 W

> 97.4% > 97.4% > 97.5% > 97.6%

> 96.6% > 96.7% > 96.8% > 96.8%

9 A×2 11 A×2 13 A×2 15 A×2

INPUTMAX. DC INPUT POWER

MAX. DC INPUT VOLTAGE


NUMBER OF MPPT TRACKING

MAX. INPUT CURRENT for each tracking

OUTPUTRATED OUTPUT POWER



OUTPUT VOLTAGE RANGE


RATED OUTPUT CURRENT 13 A 15.6 A 18.3 A 21.7 A

MAX. OUTPUT CURRENT

POWER FACTOR ( COS Φ )

THDi <3%

>99.9%

<0.2 W

-20°C~60°C

395 X 637 X 180


SYSTEM FEATURESMAX. EFFICIENCY

EURO EFFICIENCY

MPPT EFFICIENCY


DC SWITCH Optional

RS485 standard, external WiFi or Ethernet (optional)COMMUNICATION INTERFACE

ENVIRONMENTALOPERATING TEMPERATURE

HUMIDITY RANGE

ALTITUDE 2000m

NOISE LEVEL <25dB (1 meter from surface)

PROTECTION RATING IP65

PHYSICAL

SHIPPING WEIGHT (KG) 23.5 25.8

STANDARDS

SAFETY IEC/EN62109-1,IEC/EN62109-2,VDE0126-1-1, VDE AR N4105, G83/56/EEG2012,

AS3100/4777,CEI 0-21, CNCA/CTS0006:2010,CNCA/CTS0004:2009A,etc EMC


EN61000-6-2, EN61000-6-3,etc


15 A 18 A 21 A 24 A

ON-GRID

18

DIMENSION

MODEL SNV-GT-3001DM SNV-GT-3601DM SNV-GT-4201DM SNV-GT-5001DM

A

B

BA

C

D

E

180

637

435

439

395

180

637

435

439

395

252 252

180

637

435

439

395

252

180

637

435

439

395

252

DIMENSION SNV-GT-DMSolar Inverter

ON-GRID

SOLAR INVERTER

GRID-TIED SNV-GT-TM

MPPT efficiency >99.9%

Maximum efficiency >98.2%

Three independent MPP tracking gains optimal energy harvesting

Low sensitivity to grid disturbances to avoid undesired disconnection from the grid

Wide range of input voltage and operation environment

Wide DC input range from 250V up to 850V

Wide operating temperature range -20 C ~ 60 C

IP65 harshest industrial protection for indoors and outdoors

RS232/RS485/WiFi interfaces

Easy-to-read LCD display with all operational status and monitored data

10098969492908886848280

580VDC

0 10 20 30 40 50 60 70 80 90

+

-

+

-

L1

N

PE+-

L2L3

IGBTTHREE-LEVEL

INVERTERCIRCUIT

Relay

DC SwitchDC

EMCFilter

DCEMC

Filter

DCEMC

Filter

MPPT1BoostCircuit

MPPT2BoostCircuit

MPPT3BoostCircuit

ACREACTOR

DC IN

PUT 1

DC IN

PUT 2

DC IN

PUT 3

Gird

ACEMC

FILTER

Communication interface RS485,Wifi (optional) Intelligent monitoring software and LCD display

PROTECTION CIRCUIT

19

ON-GRID

20

ON-GRID

GRID-TIED SNV-GT-TMSolar Inverter


SNV-GT-1002TM SNV-GT-1252TM SNV-GT-1502TM SNV-GT-1702TM SNV-GT-2002TM

MAX. DC INPUT POWER 12 KW 14 KW 17 KW 19 KW 22 KW

MAX. DC INPUT VOLTAGE 900Vdc


NUMBER OF MPPT TRACKING 3

MAX. INPUT CURRENT for each tracking 12A ×3 17A×3

RATED OUTPUT POWER


RATED OUTPUT VOLTAGE 400 Vac

OUTPUT VOLTAGE RANGE 400V±20% (adjustable)

AC OUTPUT TOPOLOGY 3Ph+N+PE, Transformer-less


RATED OUTPUT CURRENT

MAX. OUTPUT CURRENT

MAX. EFFICIENCY > 98.0% > 98.0% > 98.1% > 98.1% > 98.2%

> 97.5% > 97.5% > 97.6%

99.9%

<2 W

> 97.6% > 97.7%EURO EFFICIENCY

MPPT EFFICIENCY


COOLING Forced air cooling

DC SWITCH Optional

COMMUNICATION INTERFACE RS485 standard, external WiFi or Ethernet (optional)

-20°C ~ 60°C


2000m

<40dB (1 meter from surface)

IP65

506 X 670 X 210 522 X 690 X 210

44 51

OPERATING TEMPERATURE

HUMIDITY RANGE

ALTITUDE

NOISE LEVEL

PROTECTION RATING

SAFETY IEC/EN62109-1,IEC/EN62109-2,VDE0126-1-1, VDE AR N4105,G83/59/EEG2012,

AS3100/4777,CEI 0-21,etc

EMC EN61000-6-2, EN61000-6-3, EN61000-3-11, EN61000-3-12, etc

INPUTMODEL

OUTPUT

SYSTEM FEATURES

ENVIRONMENTAL

PHYSICAL

STANDARDSSHIPPING WEIGHT (KG)


THDi


250 ~ 850Vdc ( Rated voltage 580Vdc )

10 KW 12.5KW 15 KW 17 KW 20 KW

10.5 KW 13 KW 15.5 KW 17.5 KW 20.5 KW

15.2 A 18.1 A 21.7 A 24.6 A 29 A

17 A 20 A 24 A

<3%

27 A 30 A

0.9 leading ~ 0.9 laggingPOWER FACTOR ( COS Φ )

21

ON-GRID

MODEL A

B

BA

C

D

E

DIMENSION

SNV-GT-1002TM SNV-GT-1252TM SNV-GT-1502TM SNV-GT-1702TM

210

670 580 690

595

550

506 522

DIMENSION SNV-GT-TMSolar Inverter

SNV-GT-2002TM

210 210 210 210

690 690

506 522 522

276 276 276 276 276

550 596 596 596

595 595 595 595

OFF-GRID PV INVERTER

22

ICA Solar GFW series products are on the basis of green energy use and equipment electricity need for remote area,

combing the electricity characteristics of household appliances, communication station equipment and

computer peripheral equipment. They have the fuction of enery conservation and environment protection.

They adopt MCU control techniqute, having various kinds of function such as multi-setting mode, MPPT

control, voltage stabilization on line, short-circuit protection, inverter frequency adaptive, output overload,

batter charging management, monitoring etc. ICA Solar GFW series products are the ideal power supply delivered with

excellent performance, high stability, high reliability and practical applicability.

º MULTI-SETTING

- PV priority mode or AC priority mode

- Choose the charging current based on the configured capacity of the battery

º HIGH RELIABILITY: DOUBLE MCU DIGITAL CONTROL

- Independent MPPT (Maximum Power Point Tracking) control microprocessor system

- Independent inverter microprocessor control system

º ISOLATED AND PURE SINE WAVE TECHNOLOGY

º LCD+LED DISPLAY

º WIDE INPUT RANGE

º HIGH-SPEED SYNCHRONOUS CONVERSION

º FRIENDLY ALARM SYSTEM

º ONLINE PROTECTION FUNCTION

º FREQUENCY AUTO ADAPTIVE

º INTELLIGENT NO-LOAD AUTO SHUTDOWN TECHNOLOGY (OPTIONAL)

º INTELLIGENT MONITORING (RS232, USB, OR SNMP CARD, OPTIONAL)

SNV-GFW Series

OFF-GRID

SNV-GFW SeriesWallmount


POWER

BATTERY VOLTAGE

WORKING MODE

MODEL GFW112 GFW412 GFW512GFW1048

GFW1548

100 W

12Vdc

PV/AC Priority

400W

12Vdc

PV/AC Priority

500W

12Vdc

PV/AC Priority

1500 W

48Vdc

PV/AC Priority

2000 W

48Vdc

PV/AC Priority

INPUT VOLTAGE RANGE

SUGGESTED VOLTAGE RANGE

PV CURRENT

MAX. CHARGE CURRENT

CONVERSION EFFICIENCY

12Vdc

25Vdc

15Vdc

17.8Vdc

≤ 20A

5A / 10A / 20 A

12Vdc~25Vdc (12V)

24Vdc~45Vdc (24V)

15Vdc~17.8Vdc (12V)

30Vdc~36Vdc (24V)

≤ 40A ≤ 60A / ≤ 40A

10A / 20A / 30A / 40A

98%

10A / 20A / 30A / 60A

≤ 60A ≤ 80A

24Vdc~45Vdc

30Vdc~36Vdc

48Vdc~90Vdc

60Vdc~71Vdc

PV

PANEL INDICATOR LCD + LED

DISPLAY

INPUT VOLTAGE RANGE

INPUT FREQUENCY RANGE

OUTPUT VOLTAGE PRECISION

INPUT PF (AC/DC)

CHARGE CURRENT

EFFICIENY (MAINS MODE)

OVERLOAD

SHORT CIRCUIT PROTECTION

100 / 110 / 120 / 220 / 230 / 240 VAC ± 25% ( CUSTOMIZED )

45 - 65 Hz ( automatically transfer to inverter power when overfrequency )

100 / 110 / 120 / 220 / 230 / 240 VAC ± 10%

≥ 98%

12A Max.

≥ 96%

110% 255s transfer to bypass model; 120% 60s transfer to bypass model; 150% 10s transfer to bypass model

Input Fuse

AC MODE

INVERTER OUTPUT VOLTAGE

OUTPUT FREQUENCY

WAVE FORM DISTORTION

PV-AC TRANFER TIME

MAX. EFFICIENCY

INVERTER OVERLOAD

NO-LOAD OFF


100 / 110 / 120 / 220 / 230 / 240 VAC ± 5%

50 / 60 Hz ± 1% frequency load more

Linear Load ≤ 5%

5 ms typical value; max 8 ms

≥ 84.5 %

110% 255s transfer to bypass model; 120% 60s transfer to bypass model; 150% 1s transfer to bypass model

Load <5% System automatically shut down at 1 Min. Transfer to bypass power supply

System automatically shut down

INVERTER MODE

MAINS ABNORMAL

LOW BATT

OVERLOAD

COMM INTERFACE ( OPTIONAL )

1/4s ; Automatically sound elimination after 40s

5/1 s

1/1 s

RS232 / USB / SNMP

ALARM

SURGE PROTECTION

EMC

IP CLASS

AMBIENT TEMPERATURE

AMBIENT HUMIDITY

NOISE

Optional

EN62040 - 2:2006:EN61000-3-2:2006:EN61000-3-3:2008

IP21

0 C - $0 C

10% - 90%

< 50 dB

OTHERS

GFW2048GFW1024

1000 W

24Vdc / 48Vdc

PV/AC Priority

2400 W

48Vdc

PV/AC Priority

GFW2448

23

OFF-GRID

24

OFF-GRID

º HIGH RELIABILITY:

- High-speed micro-controller DSP digital control technology to achieve real-time control, parameter setting, data

detection, self-test function to ensure high reliable operation of the system.

- With high speed switching characteristic, high voltage, highcurrent, low internal resistance, low dissipation IGBT,

MOSFET power components based, to ensure system security and reliability.

º N+1 MODULARISED MPPT TRACKING SYSTEM:

- Multipath MPPT control system access, independent input, operation. More suitable for roof project, to improve

power generation efficiency of the panels.

º PV PROACTIVE POWER SUPPLY FUCNTION:

- After detects PV energy, system will enter MPPT status automatically and it will also adjust the power distribution,

priority in the use of PV energy.

º INTELLIGENT BATTERY MANAGEMENT SYSTEM:

- In this system, AC rectifier, MPPT controller controlled by intelligent data exchange and communication system,

user can set battery capacity by themselves; battery configuration can be set by the operation interface, system will

automatically adjust the charging current, charging voltage, and charging mode.

- In special cases, International Technical Engineer can adjust the charging rate and battery number according to

the system configuration.

º PLENTEOUS COMMUNICATION INTERFACE:

- RS485, RS232 (standard) and SNMP (optional)

- Input dry contact to switch on/off inverter, clear abnormal, EPO remotely. Output dry contacts singles for remote

alarm.


- system with intelligent peak load and shifting function, the user can set the appropriate time period electricity

according to the local electricity policy, to achieve load shifting features directly in order to bring economic value.

SOLAR INVERTER

OFF-GRID 3KVA-8KVA

GFK11 Series Products use high speed DSP Control Unit,

Advanced high speed IGBT, MOSFET components, with

Pulse Width Modulation (SVPWM) technique disturbance

type MPPT Control, and double conversion system

configuration. Under high-speed DSP system control, the

system can quickly track panels to do high-power, load

change and efficient multi-level control system, even if the

mains input voltage and frequency suddenly changes,

over/under voltage, or power disturbances. It also can

provide the load with regulated voltage and frequency

power. System has a reliable, environmentally friendly, high

intelligence and other characteristics.

25

OFF GRID 3KVA-8KVASolar Inverter


RATED POWER (KVA)

RATED POWER (KW)

OUTPUT POWER FACTOR

BATTERY VOLTAGE

BATTERY QUANTITY

WORKING MODE

MODEL SNV-GF3K08

3 KVA3 KW

96 VDC8 UNITS, 12 V

96 VDC - 200VDC10 - 60 A

120 - 142 VDC< 60 A

98%

192 VDC - 400 VDC

192 VDC - 400 VDC

192 VDC16 UNITS, 12 V

SNV-GF4K08

4 KVA4 KW

SNV-GF3K16

3 KVA3 KW

10 - 40 A

< 40A

1

PV priority / AC priority optional

SNV-GF5K16

5 KVA5 KW

SNV-GF6K16

6 KVA6 KW

SNV-GF8K16

8 KVA8 KW

MPPT VOLTAGE RANGE

MAX. CHARGING CURRENT (A)

PV PANELS CONF. (SUGGESTIONS) (VMP)

PV PANELS CONF. (SUGGESTIONS) (IMP)

CONVERSION EFFICIENCY

PV INPUT

7685

8089

6069

6776

6978

10 - 60 A

< 60A

PANEL INDICATOR LCD + LED

DISPLAY

INPUT VOLTAGE RANGE

INPUT FREQUENCY RANGE

OUTPUT VOLTAGE PRECISION

INPUT PF (AC/DC)

MAX. EFFICIENY

OVERLOAD

MAX. CHARGING CURRENT


165 VAC - 275 VAC

40 - 70 HZ ( Auto Transfer to Battery Mode, if out of range )

220 VAC ± 5%

> 0.888% Inverter On

110 Transfer to bypass in 255s ; 120% transfer to bypass in 60s ; 150% transfer to bypass in 10s8A / 12 A

ELECTRONIC LIMITED CURRENT OUTPUT OR TURN BYPASS; AIRBREAKER PROTECTION

AC MODE

INVERTER OUTPUT VOLTAGE

OUTPUT FREQUENCY

OUTPUT POWER FACTOR

DISTORTION

PV-AC TRANSFER TIME

MAX. EFFICIENCY

OVERLOAD

ECO MODE (OPTIONAL)


220 VAC±5%50 / 60 Hz ± 1% frequency self adjusted

1< 5% linear load

0 ms

> 92%

110 Trnsfer to bypass in 255s ; 120% transfer to bypass in 60s ; 150% transfer to bypass in 10sLoad <5% System automatically shut down at 1 Min. Transfer to bypass power supply

ELECTRONIC LIMITED CURRENT OUTPUT OR TURN BYPASS OR SHUTDOWN

INVERTER MODE

AC FAIL

BATTERY LOW VOLTAGE

OVERLOAD

1/4s ; Automatically sound elimination after 40s

5/1 s1/1 s

ALARM

OUTPUT CONNECTION

SURGE PROTECTION

EMC

IP CLASS

AMBIENT TEMPERATURE

AMBIENT HUMIDITY

NOISE

WORKING ALTITUDE

DIMENSION ( W x D x H ) mm

PACKING DIMENSIONS ( W x D x H ) mm

WEIGHT

PACKING WEIGHT

Terminal BlocksOptional

Accord with EN62040-2 ; 2006 ; en61000-3-2 ; 2006 ; en61000-3-3 ; 2008ip 20

0 c - 40 c10% - 90% ( non condensing )

< 50 dB2000m ( Every 100 increase, derate 1% )

560 x 265 x 725

662 x 360 x 905

OTHERS

COMM. INTERFACE

DRY CONTACT

RS232 / USB / RS485 / SNMP

PV FAILURE, Battery Low Voltage, Overload, Bypass, Inverter Failure, Remote Start Generator Dry Contact signal

COMMUNICATION

OFF-GRID

26

º HIGH RELIABILITY:

- High-speed micro-controller DSP digital control technology to achieve real-time control, parameter setting, data

detection, self-test function to ensure high reliable operation of the system.

- With high speed switching characteristic, high voltage, highcurrent, low internal resistance, low dissipation IGBT,

MOSFET power components based, to ensure system security and reliability.

º N+1 MODULARISED MPPT TRACKING SYSTEM:

- Multipath MPPT control system access, independent input, operation. More suitable for roof project, to improve

power generation efficiency of the panels.

º PV PROACTIVE POWER SUPPLY FUCNTION:

- After detects PV energy, system will enter MPPT status automatically and it will also adjust the power distribution,

priority in the use of PV energy.

º INTELLIGENT BATTERY MANAGEMENT SYSTEM:

- In this system, AC rectifier, MPPT controller controlled by intelligent data exchange and communication system,

user can set battery capacity by themselves; battery configuration can be set by the operation interface, system will

automatically adjust the charging current, charging voltage, and charging mode.

- In special cases, International Technical Engineer can adjust the charging rate and battery number according to

the system configuration.


- RS485, RS232 (standard) and SNMP (optional)

- Input dry contact to switch on/off inverter, clear abnormal, EPO remotely. Output dry contacts singles for remote

alarm.


- system with intelligent peak load and shifting function, the user can set the appropriate time period electricity

according to the local electricity policy, to achieve load shifting features directly in order to bring economic value.

SOLAR INVERTER

OFF-GRID 10KVA-120KVA

GFK33 Series Products use high speed DSP Control Unit,

Advanced high speed IGBT, MOSFET components, with

Pulse Width Modulation (SVPWM) technique disturbance

type MPPT Control, and double conversion system

configuration. Under high-speed DSP system control, the

system can quickly track panels to do high-power, load

change and efficient multi-level control system, even if the

mains input voltage and frequency suddenly changes,

over/under voltage, or power disturbances. It also can

provide the load with regulated voltage and frequency

power. System has a reliable, environmentally friendly, high

intelligence and other characteristics.

OFF-GRID

27

OFF-GRID

OFF-GRID 10KVA-120KVA Solar Inverter


RATED POWER (KVA)

RATED POWER (KW)

RATED CURRENT (KA)

OUTPUT POWER FACTOR

RATED INPUT VOLTAGE


REBATTERY VOLTAGE

BATTERY QUANTITY

WORKING MODE

MODELSNV-GF10K33

10 KVA9 KW15A

SNV-GF20K33

20 KVA18 KW

30A

SNV-GF30K33

30 KVA27 KW

45A

SNV-GF40K33

40 KVA36 KW

60A

SNV-GF50K33

50 KVA45 KW

76A

0.9380V ± 20%380V ± 1%

360 Vdc

30 Units, 12 V

PV, AC replenish

SNV-GF60K33

60 KVA54 KW

91A

SNV-GF80K33

80KVA72KW133Ah

SNV-GF100K33

100KVA90KW151A

SNV-GF120K33

120KVA108KW182A

MAX VOLTAGE

BEST WORKING VOLTAGE

FLOAT CHARGING VOLTAGE

MAX EFFICIENCY

EQUALIZE CHARGE VOLTAGE

MAX CURRENT

PV INPUT WAYS

MPPT MODULAR

40A

1+1 RESERVED

60A

1+1 RESERVED

120A

2+1 RESERVED

180A

3+1 RESERVED

240A

4+4 RESERVED

300A

5+3 RESERVED

360A

6+2 RESERVED

1+1 RESERVED 1+1 RESERVED 2+1 RESERVED 3+1 RESERVED 4+1 RESERVED 5+3 RESERVED 6+2 RESERVED

750 VDC

444-550 VDC

414V ± 1%

> 98%

428V ± 1%

PV INPUT

AC RECTIFIERINPUT VOLTAGE RANGE

RATED FREQUENCY

FREQUENCY RANGE

SOFT START

POWER FACTOR

FLOAT CHARGE VOLTAGE

MAX. VOLTAGE

MAX CHARGE CURRENT (A) 12 25 38 50 62 75 80 100 120

Three Phases 380V ± 20% (-10% to +20% to charge battery )

50 / 60 Hz (Settable)

50 / 60 Hz ± 5 Hz

0 - 100% 10s

0.8

410 V ± 1%

415 V ± 1%

INVERTER VOLTAGE

PHASE VOLTAGE SETTING

OUTPUT VOLTAGE ACCURACY

VOLTAGE TRANSIENTS RANGE

TRANSIENT RECOVERY TIME

RATED FREQUENCY

FREQUENCY TRACKING RANGE

CREST FACTOR

WAVE

THD

VOLTAGE UNBALANCE DEGREE

OVERLOAD

SHORT CIRCUIT

MAX EFFICIENCY (%) > 90% > 91% > 92% > 92% > 93% > 93%

Three Phases Four Lines + Ground 380 Vac

220 - 230 - 240 Vac (settable )± 1%

± 5%

20 ms

50 Hz/60 Hz ± 1%

50 Hz/60 Hz ± 3Hz

3 : 1Pure Sine Wave

< 3% Linear Load± 3% ( 100% Unbalanced Load )

> 105% - 110%: Transfer to bypass in 1 hour, Recover when Load < 100%> 110% - 125%: Transfer to bypass in 10 mins, Recover when Load < 100%

> 125% - 150%: Transfer to bypass in 1 min, Recover when Load < 100%> 150%: Transfer to bypass in 10 seconds, Recover when user confirmed> 150%: Transfer to bypass in 10 seconds, Recover when user confirmed

System current limit, shut down immediately, require boot by user

BY PASS

BATTERY MANAGEMENT

BATTERY MANAGEMENT

COMMUNICATION INTERFACE

RATED VOLTAGE (V)

VOLTAGE RANGE

RATED FREQUENCY (HZ)

MAX CURRENT (A)

Three Phases Four Lines + Ground 380 Vac

±20%

50 HZ / 60 HZ ± 5HZ

END OF DISCHARGE

CHARGING CURRENT SETTING

BATTERY INTELLIGENT MANAGEMENT

STAGGERING DEPTH

315 Vdc0.05C-0.3C (Factory Default :0.15C)

Equalizing charging and float charging automatically transfer, automatic temp compenstion for battery

18.5V-2.1V/Cell (settable)

REMOTE CONTROL INPUT

PC MONITORING INTERFACE

DRY CONTACT

Inverter on, Inverter off, Abnormal Clear, Emergency Power Off (EPO)R5232, R5484, SNMP (Optional)

Bypass Input Abnormal, Rectifier Input Abnormal, system Fault, System Warning, Low Batt, Overload, Fans Vault

ENVIRONMENTOPERATION TEMP.

MAX. RELATIVE HUMIDITY

MAX. WORKING ATTITUDE

0 - 42 C

90% (Non Condensing)

1000m (100m higher, 1% derated ; Max 4000m )

Inverter / Bypass transfer time : 0 ms

> 93% > 93% > 93%

19 38 57 76 95 114 122 152 182

INVERTER

28

is charge controller that is used in the solar application and also called solar battery charger. Its function

is to regulate the voltage and current from the solar arrays to the battery in order to prevent

overcharging and also over discharging. There are many technologies have been included into the

design of solar charge controller. For example, MPPT charge controller included maximum power point

tracking algorithm to optimize the production of PV cell or module.


SHINE SERIES / SCR PWM 10A

SCR PWN 10A

Dimensions and module:

OFF-GRID

29

Shine series solar controller is specifically designed to meet needs of solar systems.

It provides the best cost-effective.

It comes with a number of outstanding features, such as:

- Low cost and high reliabilty design

- 12/24V automatic recognition

- Clear readable display of charge/discharge and error description

- Temperature compensation

- Four stage charge way: fast, boost, equalization, float

- Full automatic electronic protect function


SYSTEM VOLTAGE

MAX SOLAR CURRENT OR LOAD CURRENT

FAST VOLTAGE

BOOST VOLTAGE

EQUALIZATION VOLTAGE

FLOAT VOLTAGE

LOAD DISCONNECT VOLTAGE

LOAD RECONNECT VOLTAGE

BATTERY TYPE

TEMPERATURE COMPENSATION

MAX SOLAR VOLTAGE

MAX BATTERY VOLTAGE

OVER VOLTAGE PROTECTION

DIMENSION/WEIGHT

WIRE SIZE

OWN COMPSUMPTION

AMBIENT TEMPERATURE

DEGREE OF PROTECTION

SHINE 06 SHINE 10

12 / 24V AUTOMATIC RECOGNITION

6A | 10A

14.0V/28.0V ( 25°C )

14.5V/29.0V ( 25°C )

14.8V/29.6V ( 25°C ) Liquid

13.7V/27.4V ( 25°C )

11.0V/22.0V

12.5V/25.0V

Liquid, Gel

-4.17 mW/K per cell (boost, equalization). -3.33mV/K per cell (float)

55V

40V

15.5V/31.0V

150x72x35mm / 130g

06A; 1.5mm2 ; 10A ; 2.5 mm2

4mA

-40°C ~ +60°C

IP22

SHINE SERIES 6A / 10A12 / 24V System Solar Charger Controller

OFF-GRID

Solar Charge Controller berfungsi untuk mengatur energi yang masuk (charge) dan keluar (discharge).

Laju pengisian baterai dari input Photovoltaic Array dapat dikontrol sehingga tidak akan terjadi over

charge yang dapat mengakibatkan kerusakan pada baterai. Demikian juga sebaliknya, apabila energi

yang tersisa pada baterai telah mencapai batas minimum, maka secara otomatis SCR akan memutus

penyaluran energi ke beban (pengguna). Untuk pemakaian di Solar Home System (SHS), PJU tenaga

surya dan off-grid.


SOLAR CHARGER CONTROLLER PWM 10A / 20A

SCR PWN 10A SCR PWN 20A

SOLAR CHARGER CONTROLLER 10A

Merek : Lumiax

Fitur : light and programmable

timer control

Voltage : 12V/24V (auto)

Rated current : 10A

Max solar voltage : 55V

Dimensi : 81 x 102 x 37mm

Berat : 150g

Enclosure : IP22

SOLAR CHARGER CONTROLLER 20A

Merek : Lumiax


timer control


Rated current : 20A

Max solar voltage : 55V


Berat : 150g

Enclosure : IP22

30

OFF-GRID

12 / 24V, Night-light function - Solar Charger Controller

LAT-NL Series intelligent solar controller is especially or solar photovoltaic

power generation system and solar street light system.


- Programmable Night-Light function

- 12/24V automatic recognition

- Clear readable display of charge/discharge and error description


- Low voltage disconnected reulated by state of charge

- Max 16mm2 binding clamp

- Four stages PWM charge way; fast, boost, equal, float

- Full automatic electronic protect function


SYSTEM VOLTAGE

MAX SOLAR CURRENT OR LOAD CURRENT

FAST VOLTAGE

BOOST VOLTAGE

EQUALIZATION VOLTAGE

FLOAT VOLTAGE



BATTERY TYPE

TEMPERATURE COMPENSATION

MAX SOLAR VOLTAGE

MAX BATTERY VOLTAGE


DIMENSION/WEIGHT

WIRE SIZE

OWN COMPSUMPTION

AMBIENT TEMPERATURE

DEGREE OF PROTECTION

WORKING TIME DURING NIGHT

LAT10-NL LAT20-NL

12 / 24V AUTOMATIC RECOGNITION

10A | 20A

14.0V/28.0V ( 25°C )

14.5V/29.0V ( 25°C )

14.8V/29.6V ( 25°C ) Liquid

13.7V/27.4V ( 25°C )

11.2~11.8V/22.4~23.6V

12.5V/25.0V

Liquid, Gel

-4.17 mW/K per cell (boost, equalization). -3.33mV/K per cell (float)

55V

40V

15.5V/31.0V

81x102x37mm / 150g

16 mm2 (AWG #6)

4mA

-40°C ~ +60°C

IP22

DUSK TO DAWN MODE. 4,6,8 HOURS ( PROGRAMMABLE)

LAT-NL SERIES 10A / 20A

31

OFF-GRID

32






surya, off-grid


LS1024R / LS2024R

LS 1024 R LS 2024 R

LS 1024 R - SOLAR CHARGER CONTROLLER

Merek : EPSolar


timer control


Rated current : 10A

Max battery voltage : 32V


Berat : 150g

Enclosure : IP30

LS 2024 R - SOLAR CHARGER CONTROLLER

Merek : EPsolar


timer control


Rated current : 20A

Max battery voltage : 32V


Berat : 250g

Enclosure : IP30

OFF-GRID

33

Landstar series solar charger controller that asopts the most advanced digital techique and

operates fully automatically. The Pulse Width Modulation (PWM) battery charging can greatly

increase the lifetime battery.


- 12/24V auto work

- High efficient series PWM charging

- Use MOSFET as electronic switch

- Gel, Sealed and flooded battery type option


NOMINAL SYSTEM VOLTAGE

RATED BATTERY CURRENT

RATED LOAD CURRENT

MAX. BATTERY VOLTAGE

CHARGE CIRCUIT VOLTAGE DROP

DISCHARGE CIRCUIT VOLTAGE DROP

SELF-CONSUMPTION

LS 1024ELECTRICAL PARAMETER LS 2024

12 / 24V AUTOWORK

10A | 20A

10A | 20A

32 V

≤ 0.26 V

≤ 0.15 V

≤ 6 mA

EQUALIZE CHARGING VOLTAGE

BOOST CHARGING VOLTAGE


LOW VOLTAGE RECONNECT VOLTAGE

LOW VOLTAGE DISCONNECT VOLTAGE

EQUALIZE DURATION

BOOST DURATION

GEL SEALED

LS1024 LS2024

FLOODEDBATTERY VOLTAGE PARAMETERS

--

14.2V ;X2/24V

13.8V ;X2/24V

12.6V ;X2/24V

11.1V ;X2/24V

--

2 HOURS

14.6V ;X2/24V

14.4V ;X2/24V

13.8V ;X2/24V

12.6V ;X2/24V

11.1V ;X2/24V

2 HOURS

2 HOURS

14.8V ;X2/24V

14.6V ;X2/24V

13.8V ;X2/24V

12.6V ;X2/24V

11.1V ;X2/24V

2 HOURS

2 HOURS

WORKING TEMPERATURE

STORAGE TEMPERATURE

HUMIDITY

ENCLOSURE

ENVIRONMENTAL PARAMETERS

-35˚C ~ +55˚C

-35˚C ~ +80˚C

10% - 90& NC

IP30

OVERALL DIMENSIONS

MOUNTING DIMENSIONS

TERMINAL

NET. WEIGHT

MECH. PARMETERS

140X65X34mm

130X45mm

4mm2

0.15 kg

144X75X34mm

135X45mm

10mm2

0.25 kg

LS1024R LS2024R PWM Solar Charger Controller


- Electronic protection: over charging, over discharging, overload

short circui and overheating

- reverse protection: any combination of solar module and battery

OFF-GRID






surya, off-grid, PLTS terpusat/komunal, PV hybrid system.


TRACER 1215BN / 2215 BN / 3215 BN

1215 BN 2215 BN 3215 BN

Merek : TRACER

Fitur : light &

programmable

timer control


Rated current : 10A

Max PV circuit : 150V

Max PV input : 130W (12V),

260W (24V)


Berat : 0.9 kg

Enclosure : IP30

Merek : TRACER

Fitur : light &

programmable

timer control


Rated current : 20A



520W (24V)


Berat : 1.5 kg

Enclosure : IP30

Merek : TRACER

Fitur : light &

programmable

timer control


Rated current : 30A



780W (24V)


Berat : 2.3 kg

Enclosure : IP30

34

OFF-GRID

New Tracer Series is EPSolar’s second generation of MPPT controller. Compares with classic Tracer Series, it has extensive

communication ability. And the die-cast alumunium design ensures excellent heat dispersion. Compared to conventional

PWM controller, MPPT Technology increases the charge efficiency up to 30% and potentially decreased the power of solar

array needed.


- Innovative MPPT technology

- Peak conversion efficiency of 98%

- High tracking efficiency up to 99%

- Several seconds tracking speed




RATED LOAD CURRENT

MAX. PV OPEN CIRCUIT VOLTAGE

MAX. BATTERY VOLTAGE

MAX. PV INPUT POWER

1215BN 2215BN 3215BNELECTRICAL PARAMETER 12 / 24V AUTOWORK

10A 20A 30A

10A 20A 30A

150 V

32 V

130W (12V) 250W (12V) 390W (12V)

260W (24V) 520W (24V) 780W (24V)






SELF-CONSUMPTION

GROUNDING

TEMP. COMPENSATION

COMMUNICATION PORT

GEL SEALED

1215BN 2215BN

FLOODED USERBATTERY VOLTAGE PARAMETERS

14,2V

14.2V

13.8V

12.6V

11.1V

≤ 5.0 mA (12V)

Common Negative

- 3mV / ˚ / 2V

RS485 / RJ45 interface

14.6V

14.4V

13.8V

12.6V

11.1V

14.8V

14.6V

13.8V

12.6V

11.1V

9~17V

9~17V

9~17V

9~17V

9~17V

WORKING TEMPERATURE

STORAGE TEMPERATURE

HUMIDITY


-35˚C ~ +55˚C

-35˚C ~ +80˚C

≤95% N.C.

DIMENSIONS

TERMINAL

NET. WEIGHT

ENCLOSURE

MECHANICAL

196X118X36mm

4mm2

0.9kg

IP30

217X143X56mm

10mm2

1.5kg

IP30

3215BN

281x160x60mm

16mm2

2.3kg

IP30

1215 BN 2215 BN 3215 BNMPPT Solar Charger Controller

- Die-cast alumunium design and nature cooling


35

OFF-GRID






surya, off-grid, PLTS terpusat/komunal, PV hybrid system


ITRACER IT3415 / 1T4415 / 1T6415

IT2415 IT4415 IT6415

MEREK

FITUR

VOLTAGE

RATED CURRENT

MAX PV OPEN CIRCUIT VOLTAGE

MAX PV INPUT POWER

TRACKING EFFICIENCY

PEAK CONVERSION EFFICIENCY

DIMENSI

BERAT

ENCLOSURE

IT2415

30 A

150 V

400W (12V) 800W (24V)

1200W (36V) 1600W (48V)

99%

98%

358 x 219 x 102mm

3.7 kg

IP20

IT4415

ITRACER

light and programmable timer control

12V/24V/36V/48V (auto)

45 A

150 V

600W (12V) 1200W (24V)

1800W (36V) 2400W (48V)

99%

98%

382 x 231 x 107mm

4.6 kg

IP20

IT6415

60 A

150 V

800W (12V) 1600W (24V)

2400W (36V) 3200W (48V)

99%

98%

440 x 231 x 110mm

5.9 kg

IP20

36

OFF-GRID

37

iTracer is an industrial grade product with advanced Maximum Power Point Tracking (MPPT) algorithm. It can deliver the

maximum available power for charging batteries and charge a lower nominal voltage battery from a higher nominal

voltage array . And can be applied in off-grid PV systems up to 3KW. The die-cast alumunium design ensures excellent

heat dispersion.


- Advanced MPPT Algorithm with the maximum tracking effiency of 99%

- Multi phase synchronous rectification technology realizing peak conversion efficiency 98%

- Dual-core (ARM CPU+DSP) control arhitecture improves the system response speed and optimizes the performances

of the system.




RATED LOAD CURRENT

MAX. PV OPEN CIRCUIT VOLTAGE

VOLTAGE RANGE

MAX. PV INPUT POWER

IT3415ND IT4415ND IT6415NDELECTRICAL PARAMETER 12 / 24V AUTOWORK

30A 45A 60A

30A 45A 60A

150 V

8~72 V

400W (12V) 600W (12V) 800W (12V)

800W (24V) 1200W (24V) 1600W (24V)

1200W (36V) 1800W (36V) 2400W (36V)

1600W (48V) 2400W (48V) 3200W (48V)

IT3415 IT4415






SELF-CONSUMPTION

GROUNDING

TRACKING EFFICIENCY

PEAK CONVERSION EFFICIENCY

GEL SEALED FLOODED USERBATTERY VOLTAGE PARAMETERS

14.2V

14.2V

13.8V

12.6V

11.1V

1.4~2.2 W

Common Negative

99%

98%

14.6V

14.4V

13.8V

12.6V

11.1V

14.8V

14.6V

13.8V

12.6V

11.1V

9~17V

9~17V

9~17V

9~17V

9~17V

AMBIENT TEMP. RANGE

STORAGE TEMP. RANGE

HUMIDITY

ENCLOSURE


-25˚C ~ +55˚C

-30˚C ~ +85˚C

95% N.C.

IP20

DIMENSIONS

MOUNTING

NET. WEIGHT

TERMINAL

MECHANICAL

358X219X102mm

339X195mm

3.7kg

25mm2

382X231X107mm

362X205mm

4.6kg

35mm2

IT6415

440x231x110mm

420X205mm

5.9kg

35mm2

IT3415 IT4415 IT6415MPPT Solar Charger Controller with Load Control

OFF-GRID

Tidak memerlukan listrik PLN dan genset,energi murni dihasilkan dari Sinar Matahari

Cahaya yang dipancarkan sangat terangdan tahan lama

Cocok untuk wilayah jauh dari jaringan listrik

Desain yang portabel, kokoh, dan ringan

Pemasangan mudah dan praktis

Lampu indikator untuk battery

USB port untuk pengisian battery HP (opsional)

Bebas perawatan

Ramah lingkungan dan aman sesuai ROHS

Layanan purna jual se-Indonesia

Perkemahan

Survei di lapangan

Untuk penerangan di desa

Pertambangan

Rumah tanpa listrik PLN

Daerah terpencil yang tidak terjangkau oleh PLN

APLIKASI

MODEL 1xLED 3W 2xLED 3W

SHS 122 57 Jam 28 Jam -

SHS 123 86 Jam 43 Jam 20 Jam

3xLED 3W +1x Cas HP

* Dengan asumsi battery terisi penuh

* Pengisian battery tergantung cuaca di masing-masing daerah

Basic Lighting Needs for Everyone

SHS122C

SHS123C

SHS-DC Unit

Solar Sel

Battery Bank

Solar Controller

Legend :

Bohlam DC

USB Output

SOLAR HOMESYSTEM

SHS-DC SERIES

38

OFF-GRID

Waktu ada sinar MatahariTanpa sinar Matahari

- SOLAR PANEL

39

OFF-GRID

SHS-DC SERIESBasic Lighting Needs for Everyone

SHS 122C SHS 123C

SYSTEM VOLTAGE

ENERGY RATING

SOLAR PANEL

RATED WATT (STC)

TYPE OF SOLAR PV

BATTERYCAPACITY

FLOAT VOLTAGE

BOOST VOLTAGE



TEMP. COMPENSATION


NO. OF DC OUTPUT CONNECTOR

RATED USB DC VOLTAGE

MAX. USB DC CURRENT

NO. OF USB PORT

TRANSFER TIME FROM PV TO BATT.

BACK UP TIME

WIRE SIZE / LENGTH

-0°C ~ +50°C

LED

ADDITIONAL ITEMS

ACCESSORIES

LED BULB WITH CABLES

ENVIRONMENT

DIMENSION (D X W X H)

INPUTMODEL

WIRE SIZE / LENGTH

MAX. DC OUTPUT CURRENT

PANEL DISPLAY

OPERATING TEMP

PHYSICAL CHARACTERISTICSHUMIDITY

STORAGE TEMP

RATED DC VOLTAGE

LOAD

- SHS UNIT

- SOLAR PANEL

WEIGHT (NETTO / BRUTTO)

- SHS UNIT

12 VDC

13.7 VDC at 25°C

Monocrystalline / Polycrystalline

11.0 VDC

12.5 VDC

Oms

Tergantung Pola Pemakaian

Stranded Wire AWG 22 / 4 m

1 set kabel Solar Panel

-3.33 mV/°C/Cell (Float Voltage)

15.5 VDC

12 VDC ±5%

Stranded Wire 1.5mm2 / 5 m

14.5 VDC at 25°C

Indicate status of PV, Batt, load and Fault

-20°C ~ +50°C

0 ~ 95% Non-considering

180 Watt-hour

2 ADC

2 set 3W DC LED with Load Cable

130 x 160 x 315mm

2 x 12V 7.5Ah SLA

50 Wp

2

-

-

-

23 x 645 x 545mm

6 kg / 6.5 kg

4.7 kg / 5.5 kg

270 Watt-hour

80 Wp

3 x 12V 7.5Ah SLA

3 ADC

3

5 VDC

1 ADC

1

3 set 3W DC LED with Load Cable

135 x 255 x 310mm28 x 540 x 1210mm

9 kg / 9.5 kg

8.3 kg / 9kg

Tidak memerlukan listrik PLN dan genset,energi murni dihasilkan dari Sinar Matahari

Cahaya yang dipancarkan sangat terangdan tahan lama

Cocok untuk wilayah jauh dari jaringan listrik

Desain yang portabel, kokoh, dan ringan

Pemasangan mudah dan praktis

Lampu indikator untuk battery

USB port untuk pengisian battery HP (opsional)

Bebas perawatan

Ramah lingkungan dan aman sesuai ROHS

Layanan purna jual se-Indonesia

Sedia listrik AC untuk TV, Radio atau alat lainnya

Perkemahan

Survei di lapangan

Untuk penerangan di desa

Pos Satpam

Pertambangan

Rumah tanpa listrik PLN

Daerah tidak terjangkau PLN

Cas aki mobil

APLIKASI

MODEL 1xLED 3W 2xLED 3W

SHS 12051 42 Jam 10 Jam 12 Jam

SHS 123051 70 Jam 19 Jam 22 Jam

3xLED 3W +1x Cas HP

* Dengan asumsi battery terisi penuh dan terpasang external battery 1 unit 12V 32Ah

* Dengan asumsi Ceiling Fan dan TV LCD 15” tipe standard

* Pengisian battery tergantung cuaca di masing-masing daerah

Power Up the basic electrical lighting and appliances

SHS12305I

SHS12051

SOLAR HOMESYSTEM

SHS-AC SERIES

40

OFF-GRID

SHS-DC Unit

Solar Sel

Battery Bank

Solar Controller

Bohlam DC

USB Output

Waktu ada sinar Matahari

Legend :

Tanpa sinar Matahari

TV, Radio,Lemari Es, dll

DC InverterListrik AC

OFF-GRID

SHS-AC SERIESBasic Lighting Needs for Everyone

SHS12051 SHS123051

SYSTEM VOLTAGE

INVERTER RATING

SOLAR PANEL

RATED WATT (STC)

TYPE OF SOLAR PV

INPUTMODEL

220VAC

Max. 12V 32Ah

Monocrystalline / Polycrystalline

1 Set

500W

100 Wp 135 Wp

BATTERYCAPACITY

WIRE SIZE / LENGTH

0 3 x 12V 7.5Ah SLA

11.0 VDC

12.5 VDC

Oms

Tergantung Pola Pemakainan

NYYHY 2 x 1.5 mm2

1 set kabel Solar Panel

-3.33 mV/°C/Cell (Float Voltage)

15.5 VDC

12 VDC 5%

13.4 VDC at 25°C

Indicate status of PV, Batt, load and Fault

- SOLAR PANEL

FLOAT VOLTAGE

BOOST VOLTAGE



TEMP. COMPENSATION


NO. OF DC OUTPUT CONNECTOR

RATED USB DC VOLTAGE

MAX. USB DC CURRENT

NO. OF USB PORT

TRANSFER TIME FROM PV TO BATT.

BACK UP TIME

WIRE SIZE / LENGTH

-0°C ~ +50°C

LED

ADDITIONAL ITEMS

ACCESSORIES

LED BULB WITH CABLES

ENVIRONMENT

DIMENSION (D X W X H)

MAX. DC OUTPUT CURRENT

PANEL DISPLAY

OPERATING TEMP

PHYSICAL CHARACTERISTICSHUMIDITY

STORAGE TEMP

RATED DC VOLTAGE

DC OUTPUT

- SHS UNIT

- SOLAR PANEL

WEIGHT (NETTO / BRUTTO)

- SHS UNIT

-20°C ~ +50°C

0 ~ 95% Non-considering

2 ADC

2 set 5W DC LED Bulb

2 2

SOLAR PANEL CONNECTOR

NYYHY 2 x 2.5 mm2

EXTERNAL BATTERY

EXTERNAL BATTERY CONNECTOR 1 Set

14.5 VDC at 25°C

12 VDC ±5%

Synthesized Sinewave

220 VAC

1 A

RATED POWER

WAVEFORM

NO. OF AC OUTPUT CONNECTOR

AC INPUT

RATED AC VOLTAGE

MAX. INPUT CURRENT

RATED AC VOLTAGE

AC OUTPUT220 VAC

500 Watt

5 VDC

1 ADC 1 ADC

1 1

1

2

Indicate status of PV, Batt, Load and Fault

1 set kabel Solar Panel dan 2 set kabel lampu DC

41

SOLAR ACCESSORIES

42

BOX BATTERY PJU

Siap dengan lobang mounting

Up to IP43 rating

Anti serangga

Outdoor powder coating

Desain modern & flexible

Mudah untuk memasang battery dan BCR

OFF-GRID

TIPE DIMENSI ( D x L x T) KETERANGAN

BSP 1001 239 x 439 x 459 1 buah battery kering 12V 65Ah/80Ah/100Ah

BSP 1002 239 x 557 x 572 2 buah battery kering 12V 65Ah/80Ah/100Ah

BSP 1501 239 x 572 x 472 1 buah battery kering 12V 150Ah

Tempat Penyimpanan Battery Penerangan Jalan Umum Solar Cell

T

D L

Kami melayani pembuatan desain box battery dengan ukuran sesuai kebutuhan customer (custome)

Jalan Area Kantor, Gudang, Pabrik.Area Taman Kota.Area Kampus, Sekolahan atau Perbankan.Area Perumahan, Pasar dan tempat Wisata.Area terminal, pelabuhan dan stasiun.

Panel Surya PWM Solar Charger PJU DC LED Box Battery Solar Battery

APLIKASI PJU

SOLAR STREET LIGHT

43

PJU TENAGA SURYA DENGAN LED

OFF-GRID

Hemat Energi karena 100% dari sinar matahariLokasi bisa jauh dari jaringan PLNBebas perawatanCahaya LED super terang dan awetHemat costLampu nyala secara otomatisOtonomi lampu sampai 2 hari kondisi mendungBergaransi dan layanan purna jual yang luas dan terjamin

KEUNGGULAN PJU

TIPE PJUE30W-S PJUE50W-S PJUE60W-S PJUE100W-S

Lampu Jalan 30W 50W 60W 100W

Panel 135 Wp (1 Unit) 100 Wp (2 Unit) 135 Wp (2 Unit) 100 Wp (4 Unit)

Charger Battery MPPT 10A MPPT 20A MPPT 20A MPPT 20A

Battery Deep Cycle 12V/70Ah Deep Cycle 12V/120Ah Deep Cycle 12V/70Ah Deep Cycle 12V/120Ah (2 Unit) (2 Unit)

Bracket Support 1 Set (atas tiang) 1 Set (atas tiang) 1 Set (atas Tiang) 1 Set (atas Tiang)

Box Peralatan 239 x 439 x 459 239 x 557 x 572 239 x 439 x 459 239 x 557 x 572

44

SOLAR INVERTER

WIFI DATA LOGGER

Compatible with most inverters on the market

Can be connected to up 64 inverters

Devices such as combiner box, electric meter and weather station, etc. can be connected

Two communication methods available, including Ethernet and WiFi

Data storage of over 25 years

Check real-time data of data logger and inverter via embedded Web Server

Dual mode of local monitoring and remote monitoring

ICA SolarWiFi Kit is suitable for homes and office building where network is available.

A WiFi module is integrated in the data logger, nabling data transmission via WiFi network. No

additional wiring or software is required far simplifying installation and reducing costs for users.

Furthermore, an independent web server is integrated in the data logger, which enables users to

directly to the WiFi Access Point of the data logger and to check the performance and yield of the

inverter even without any outer network.

WIFI

PV Panels Grid-Tied InverterMain Electrical Panel

* WiFi Data Logger is connected to the Grid Tied Inverter using RJ45 communication cable

45

WIFI DATA LOGGERSolar Accesories

TECHNICAL SPECIFICATIONMODEL SNV-WE015

GENERAL

Max. Number Of Inverters

Inverter Communication

Remote To Communication

Max. Communication Range

Communication Rate

Wifi Communication Range

Wifi Transmitting Power

Data Collection Intervals

Memory

Preferences Setting

Firmware Updates

Data Access

Status Display

Wifi Frequency

1-64

RS485/422/232

<1 KM

WiFi (802.11 b/g/n) Ethernet

5 minutes (Default)/

1-15 minutes (Optional)

4LEDs

SD Card/EEPROM(Optional)

400m in outdoor open area

without obstruction

802.11b/g/n:+20dBm/

+18dBm/15dBm (Max)

1200-19200bps (Adjustable)

Web Server/Serial AT Instruction

Serial/Wireless

Serial/WiFi point-to-point/

Remote server

2.4 GHz

ELECTRICAL

Input Voltage

Static Power Comsumption

Max. Instantaneous

Power Comsumption

ENVIRONMENTAL

Operating Temperature

Storage Temperature

Storage Humidity

Protection Class

PHYSICAL

Dimension (Lxwxh)

Weight

OTHER

Installation Method

Operating Humidity

Certificates

DC 5V

<1.6W

<2.5W

IP21

FCC, CE, RoHS

110mm* 80mm*26mm

10% - 90% Relative humidity

no condensation

-40 +85 C

1089

wall mounted or flawise

-10 +65 C

<40%

PV SYSTEM

TYPES OF PV SYSTEM

ON/OFF GRIDON-GRID(HYBRID)

Solar Power with Diesel Generator

47

Urban area with stable and rising electricity cost

Remote / urban area with stable electricity and

requires battery backup

Application:

Centralized PV Power Plant

- Batteries may be used to act as a backup power supply

- PV modules convert sunlight to electricity that can be stored inside a battery

or feed power back to the grid

- No battery required

- PV modules convert sunlight to electricity that feeds power back to the grid

- Works parallel with grid power to reduce electricity bill

HYBRID

(GRID-TIED) (STAND ALONE)OFF-GRID

Remote / rural area with unstable or no electricity and

requires battery backup

- Battery is the main source of electricity

- PV modules convert sunlight to electricity that can be stored in a battery

- Reduce fuel usage from diesel generator

Application:

Solar Home System

Solar Street Light

OFF GRID

Solar Water Pump

Application:

Grid Connected PV System

Roof Top PV System (Grid-Tied)

ON GRID

On Grid ( Grid-Tied ) Solar PV System Typical Application on Rooftop.

GRID-TIEDON GRID SOLAR PV SYSTEMTYPICAL APPLICATIONS

REDUCE ELECTRICITY BILL,NO BATTERY. Works any time the sun is shining!

48

ON-GRID

49

Start now to reap benefits earlier in the future.

Electricity Tariff :

R-2 : 3.500 VA to 5.500 VA

R-2 : > 6.600 VA

B-2 : 6.600 VA to 200 kVA

Installed Capacity:

Peak Sun Hour ( Based on NASA )

Effective Sunny Days ( Based on PLN )

Energy harvested in a day

Energy harvested in a year

January 2013

948

980

1035

January 2014

1145

1352

1352

5kW PV System

4.75

75%

17.85 kWh

6.51525 mWh

Upfront Cost for 5kW on Grid System :

Assume Electrical tariff to increase 10% per year

Return on Investment :

Approx. Rp. 125.000.000,-

Approx. 8 Years

January 2015

1524

1524

1524

100

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 200

200

300

400

500

600( Million )

( Year )

INITIAL INVESTMENT

PROFIT

BEP

Cummulate Savings Initiate Savings

CASE STUDY5 KW ON GRID AT HOUSE / OFFICE IN JAKARTA

ON-GRID

SOLAR PV SYSTEMPROJECT REFERENCES

Succesfully installed 84x 250Wp Solar Panels on Factory Roof (Including Construction of Structure to Support Panels)

Successfully completed laying of cables and installation of 1 x 20 kW 3 Phase Inverter

Successfully conducted testing andcommisioning

PROJECT 121 KW SOLAR on GRID ROOFTOPPV SYSTEM

Succesfully installed 32x 250Wp Solar Panels on Shophouse Roof (Including Construction of Structure to Support Panels)

Successfully completed laying of cables and installation of 3 x 3 kW Inverter



50

ON-GRID

SOLAR PV SYSTEMPROJECT REFERENCES

Succesfully installed 60x 250Wp Solar Panels on Factory Roof (Including Construction of Structure to Support Panels)

Successfully completed laying of cables and installation of 2 x 10 kW Inverters



Succesfully installed 12x 250Wp Solar Panels on Shophouse Roof (Including Construction of Structure to Support Panels)

Successfully completed laying of cables and installation of 1 x 3 kW Inverters



51

ON-GRID

F.A.Q.ABOUT GRID-TIED PV SYSTEM

WHAT IS SOLAR PV GRID-TIED SYSTEM?

A solar PV grid-tied system is used to convert sunlight directly into electricity that can power your homes and workplace. The grid-tied system consists of only two main components: solar panels and the grid-tied PV inverter.

WHO IS IT FOR?

Grid-tied PV system is ideal for businesses and homeowners that want to reduce electricity cost and save money. It is especially suitable for homes and businesses that experience peak load during daytime.

HOW DOES GRID-TIED SYSTEM WORKS?

An array of solar panels installed on the rooftop, directly converts sunlight into DC power, and the DC power is then converted into AC power using a solar grid-tied inverter. The AC power produced by the grid-tied inverter is synchronized with power from the grid (i.e. PLN, 220Vac). When the power generated by sunlight exceeds current load usage, you may sell power back to the grid (i.e. PLN).

WHERE CAN I PUT THE SOLAR PV?

Solar panels can be securely installed on the roof of your house or building.

HOW LONG IS THE PAYBACK PERIOD FOR A TYPICAL GRID-TIED SYSTEM?

Maximum 6-10 years.

HOW MUCH YOU CAN SAVE DEPENDS ON THE SPACE YOU HAVE ?

For a typical 5.000w grid-tied system you may save up to Rp 1.000.000 per month on your electricity bill.

WHAT ARE THE BENEFITS OF INSTALLING A PV GRID-TIED SYSTEM?

Reduce electricity cost.The higher the electricity price, the more money you save!Doesn’t use batteries. No batteries to replace.Reduce consumption of diesel from genset.Sell power back to the grid (e.g. PLN).Reduce carbon emission.Go green – enjoy a cleaner and better energy.

DOES IT MAKE FINANCIAL SENSE TO INSTALL A PV GRID-TIED SYSTEM?

The higher the electricity price, the more money you save!Investment return from a PV grid-tied system is higher than putting money in the bank.

BANK DEPOSIT

7 - 9%

Adjustable, up & down

Min. Rp 1 Bill

PV SYSTEM

10 - 16% (or higher)

Progessively Higher

Rp 125 Mill ( 5kW )

PV SYSTEM

Investment ( per year )

Trend of Yield

Required Investment

52

ON-GRID

USE FREE ELECTRICITYFROM SUNLIGHT.

GRID-TIEDON GRID SOLAR PV FARMSOLAR FARM APPLICATIONS

On Grid ( Grid-Tied ) Solar PV System - Solar Farm Application

53

ON-GRID

54

WIFI

GRID TIED PV SYSTEM GIVES DIRECT SAVINGS TO YOUR

ELECTRIC BILLS BECAUSE ELECTRICITY GENERATED BY THE PANELS IS DIRECTLY

USED TO OFFSET THE HOUSEHOLD LOAD!

ON GRID SOLAR PV SYSTEMICA SOLAR GRID-TIED SOLAR PV SYSTEM

1

2

3

4Solar Panels convert sunlight into DC electricity.

Grid-tied PV Inverter, converts DC to AC electricity, which is synchronous to power grid.

The AC electricity is sent to the main electrical panel where it is connected directly to the grid.

Net metering calculates the net consumption of power (Power consumed by household - Power generated by PV). If there is surplus energy generated by PV system, it will be sent back to the utility grid and credited in our favour.

PV > Load

Legend :

PV < Load

PV Panels Grid-Tied Inverter

Net Metering

Utility Grid ( PLN )

5kW

+2kW

3kW

LoadAppliances

-3kW

8kW

Main Electrical Panel

ON-GRID

HOW IT WORKS

1 2 3

4

RELIABLE POWER SOURCEFROM BATTERY Ideal for remote area with no electricity

STAND ALONEOFF GRID SOLAR PV SYSTEMTYPICAL APPLICATIONS

Off Grid ( Stand-Alone ) Solar PV System Typical Application

Applied at Rural Areas.

55

OFF-GRID

1

2

3

4

PV modules convert sunlight into DC electricity.

A solar charge controller (or battery charger)

limits the rate at which electric current is added

to or drawn electric batteries. It prevents

overcharging and may prevent against

overvoltage, which can reduce battery lifespan,

and may pose a safety risk. It may also prevent

completely draining ("deep discharging")

a battery, or perform controlled discharges,

depending on the battery technology, to protect

battery life. The terms "charge controller"

or "charge regulator" may refer to either

a stand-alone device, or to control circuitry

integrated within a battery pack, battery-

powered device, or battery recharger.

Off-grid PV system uses deep cycle batteries

that are capable of supplying large amounts of

power for both short and long time periods.

Unfortunately many people substitute standard

car/truck batteries, but are disappointed when

they fail in a very short time. If you want your

appliances to work, run your refrigerator, stay

cool and your water to flow, then you need the

reliability of a good quality deep cycle battery.

Inverter converts the PV modules' direct-

current (DC) electricity to alternating current

(AC) to run daily home appliances.

41

3

2

56

OFF-GRID SOLAR PV SYSTEM

HOW IT WORKS

Sunlight supplied electricity

Legend :

PV Panels

Battery Bank

Off Grid Inverter Load Appliances

Battery supplied electricity

Legend :

OFF-GRID

OPTIMIZED TO WORK WITH MULTIPLEENERGY SOURCES.

HYBRIDHYBRID SOLAR PV SYSTEMTYPICAL APPLICATIONS

HYBRID Solar PV System Typical Application

57

HYBRID

58

PV Panels

Hybrid Systems are fully programmable :

HYBRID SOLAR PV SYSTEMICA SOLAR HYBRID SOLAR PV SYSTEM

Solar Hybrid Inverter Load Appliances

Utility Grid ( PLN )

Generator ( Genset )

Windmill

When choosing a solar power system, most households and businesses choose either a grid-connected or an off-grid system. But there's a third option. A hybrid solar system combines the best of both worlds: Combining energy storage with a grid connection to your property, hybrid systems can provide the flexibility of being able to store the energy you generate during the day instead of feeding it back into the grid - typically at a low feed-in tariff. This energy can then be used in the evening instead of buying power back at a higher price.

An advantage of hybrid systems is that they are able to control and balance the available sources of energy:

If the power generated by a solar array is insufficient to supply daytime loads as well as charge your batteries, the system can recharge your batteries from the grid when a lower off-peak electricity rate is available.

When your electricity usage goes above a certain level, electricity companies may charge you at a higher rate for this increased level of demand. Hybrid systems can provide ‘peak lopping’ where some stored power can be drawn from the batteries to help balance the power usage.

‘Grid support’ can also be provided by your hybrid system if your grid connection does not have the capacity to supply a load. The hybrid system could supply the extra power. And this may allow you to avoid a costly mains upgrade to your property.

HYBRID

59

INQUIRY3 Easy Steps for PV system Inquiries

Our team will conduct a site survey of the user’s intended purpose and location.- Power consumption and load profile- Space availability for PV system- Surrounding environment - Strength of existing structure (i.e. Roof)- Cabling route- Etc.

SURVEY1

A proposal of our solutionwill be drafted and presentedto the user.- Price breakdown- Expectations- Work diagram- CAD/3D Simulation of PV installation- Project schedule- Etc.

PROPOSAL2

PV installation normally takes about 7-14 working days. Final testing and commisioning for the Solar PV Systemwill be done at the end.

BEGIN INSTALLATION!3

60

ICA®, The No.1 UPS Brand in Indonesia, with close to 30 years of

expertise in providing stable and uninterruptible electricity for

Indonesia, understand electrical generation like no others. Our

products and staff are well adjusted to the local conditions for both

consumer and industrial level.

Your Safety, Our PrioritySafety is very important when dealing with electricity. Improper

instalation may lead to electrical failures or even fire hazards. Careful

planning and reliable installation is crucial! Our team of installation

technicians recheck all wirings and connections before testing and

commisioning, making sure you only enjoy the benefits of free energy

without any worry.

Complete Vertical System IntegrationUsing both ICASolar® Solar Panels and Solar Inverters, we maximise

the synergy between our panels and inverters to generate maximum

energy from the sun, maximising your profits. We provide a complete

integrated solar solution with out own installation teams to handle all

types of roof and ground surfaces. With us as your solar system

integrator, you need us and only us.

Proven Track Records

Unlike many of our competitors who are new in this field in Indo nesia,

we have a 30 years reliable track record in manufacturing products

suited to the local market. With the largest nationwide after-sales

support across the archipelago, there is no question we should be

your number one choice.

THE ICASOLARADVANTAGE

®

61

Founded in 1987, PT. Indodaya Cipta Lestari is the manufacturer of ICA® UPS & Stabilizer

with international management certification of ISO9001.

Regarded as the leading UPS brand in Indonesia, ICA® has a long track record of success

with proven design quality and accessible after-sales support. Products of ICA® UPS achieves

local content rating of ≥40% (TKDN) making it the brand of choice for local government

projects. ICA® products are sold all over Indonesia through extensive network of distributor

and retailers.

In 2011, ICA® expanded into the renewable energy market by specializing in the engineering,

design and development for solar photovoltaic (PV) products and system. The new division

addresses the needs of household, commercial and government clients. ICASolar® will

provide you with innovative, reliable and environmentally-friendly energy solutions.

PT. Indodaya Cipta Lestari Factory - Birdview of Production Line Factory

COMPANYOVERVIEW

CONTACTDETAILS

PV MODULE

Excellent low light performance on cloudydays,mornings and evenings

Anti-reflective coating

IP68 IP68 connectors enhance the reliability ofthe PV system

Certified to withstand challenging environmental conditions

Blowing sand resistance certification

Anti-PID

Salt mist corrosion certification

Fire test certification

Ammonia corrosion certification

2400 Pa wind load5400 Pa snow load 35mm hail stone at 97 km/hr

Great aesthetics for residential applicationsHigh efficiency,lower weight,Easy handling and optimum utilization of roof space

PID

LINEAR PERFORMANCE WARRANTY15 Year Product Warranty | 25 Year Linear Power Warranty

Gua

rant

eed

Pow

er

Years 5 12 15 20 25

Industry standard ICA Solar

80%

90%

100%

50W - 300WMaximum Power

17.40V - 36.50VMaximum Power Voltage

2.85A - 8.53AMaximum Power Current

22.50V - 45.60VOpen Circuit Voltage

3.04A - 9.01AShort Circuit Current

Additional value from ICA Solar linear warranty

POLYCRYSTALLINE | 50Wp - 300Wp

Polycrystalline panels are made up from the silicon offcuts, moulded to form blocks and create a cell made up of several bits of pure crystal and it is identifieable by its signature light or dark blue colour, but not uniformly some patches are lighter than others. The differences in appearance come about as a result of the manufacturing process.

However, this mis-alignment can help in some circumstances, because the cells work better from light at all angles, in low light, etc.

Power Tolerance

Short Circuit Current (Isc)

Voc Temperature Coefficient

Maximum System Voltage

Maximum Power Current (Imp)

Operating Temperature

%

A

A

%/℃

VDC

℃

-0.30

1000(TUV);600(UL)

-40 ~ +85

I-V Curves of PV Module 250 Wp(Cell Temp. 25℃)

I-V Curves of PV Module 250 Wpat Different Cell Temp. (AM1.5, 1000W/m²)

Dimension of module

Open Circuit Voltage (Voc)

VMaximum Power Voltage (Vmp)

V

Kg

Pmax Temperature Coefficient %/℃ -0.44

Isc Temperature Coefficient %/℃ +0.05

Maximum Series Fuse Rating A 15

NOCT ℃ 45±2

Weight

STC:1000W/m2.AM1.5 and 25℃ cell temperature: NOCT : Nominal Operating Cell Temperature

mm

Maximum Power (Pmax) W

I-V Curves Physical Characteristics

Unit:mm(inch)

Voltage(V)

Voltage(V)

Characteristics Unit

+3

17.60

2.85

22.50

3.04

4.5

50

700x510x30

50W

100

+3

17.60

5.69

22.60

6.09

7.7

1020x670x30

100W

135

+3

17.40

7.76

21.90

8.00

12

1480x670x30

135W

200

+3

35.20

5.69

45.60

6.02

15.3

1320x992x40

200W

H

250

+3

30.50

8.21

37.60

8.67

19

1640x992x40

250W

300

+3

36.50

8.22

45.10

8.67

24

1956x992x40

300W

PV MODULEPOLYCRYSTALLINE

Electrical Characteristics

150

+3

17.60

8.53

22.6

9.01

11

1470x670x30

150W

Solar 12-100 12V100AH

Solar Series SLA Battery

Page 1 of 2

Length

24HR(4.42A,1.80V)

106AH

Width

48HR(2.31A,1.80V)

111AH

Height Total Height

Full charged at 20 C: 0.005 Ohmo

3% of capacity declined per month at (20 C)o

102% 100% 85% 65%

Cycle use Float use

14.4-14.8V(-30mV/ C), max. Current: 25Ao

13.6-13.8V(-20mV/ C)o

40 Co

20 Co

0 Co

-15 Co

31Kg (68.4 lbs)

Capacity(20 C)o

Dimensions

Approx. Weight

Internal Resistance

Self Discharge

Capacity Affectedby Temp.(20HR)

Charge Voltage(20 C)o

Terminal Dimensions

330mm(13.0inch) 171mm(6.73inch) 214mm(8.43inch) 220mm(8.66inch)

POS NEG

Construction

�

�

�

�

�

�

�

�

�

�

Component ......Raw material

Positive ........Lead dioxide

Negative ........Lead

Container ........ABS

Cover ........ABS

Sealant ........Epoxy Resin

Safety valve .....EPDR

Terminal ........Copper

Separator ........AGM

Electrolyte ........Hybrid Gel

Solar Series

By combining the newly developed nano gel electrolyte and high densitypositive plate paste, BSB Solar series Valve regulated lead acidbatteries offers high daily cycle life and high recharge efficiency at thevery low charge current. The acid stratification is highly depressed byadding of gel electrolyte This range battery is highly suited to energystorage for renewable energy such as PV and wind turbine powersystems applications.

-

.

M6mm (0.24inch)

14mm (0.55inch)

3m

m(0

.12in

ch)

330mm(13.0inch) 171mm(6.73inch)

214m

m(8

.43in

ch)

220m

m(8

.66in

ch)

General Features

12 years float life at 20°CUp to 5 years design life at renewable energy applicationsWide operating temperature range of -15 to 60°CNano gel electrolyte eliminate the acid stratification and prolong cycle lifeRound trip efficiency as high as 85%Thick positive flat plate with high density pasteLow self-discharge rate and long shelf life( 1 year at 25°C)Excellent deep discharge recovery capability

100HR(1.2A,1.80V)

120AH

10HR(10A,1.80V)

100AH

Application

�

�

�

�

�

Photovoltaic system

Renewable Energy System

Electric Utility

Outdoor control Equipment

Railroad Utility

5 YearsDesigned Cycle Life

Solar 12-100Battery Model

12 YearsDesigned Floating Life

of 2

COPYRIGHT BSB POWER COMPANY LIMITED

ISO9001

Solar Series SLA Battery

Storage time: months20191817161514131211109876543210

Capaci

ty (

%)

40

45

50

55

60

65

70

75

80

85

90

95

100

105

110

Self Discharge Characteristics

0.25

0.10

0

20 0.05

60

400.15

0.20

0 2

100

120

80

(CA) (V/Cell)

84 6 10 12

Charge Characteristic

ChargeCapacity

ChargeVoltage

100%Discharge

Charge Current

Time(hour)

0

Charg

e

Capacit

y

Charg

e

Curr

ent

Charg

e

Volt

age

5 %Discharge0

40 Co

30 Co 20 C

o

2.33

2.17

2.00

1.83

(%) Constant Charge At 0.25CA-2.30V (20 C)o

Solar 12-100 12V100AH

Constant current discharge ratings-amperes at 20 Co

TIME 1HR 3HR 5HR 10HR 24HR 48HR 72HR 100HR 120HR

CUT-OFF VOLTAGE 1.80 1.80 1.80 1.80 1.80 1.80 1.80 1.80 1.80

CAPACITY(AH) 65 75 87 100 106 111 116 120 123

Cycling ability (20 C)o

Capaci

tyre

main

ing

(%)

Cycle times(cycles)

100%dischargedepth

50%dischargedepth

25%dischargedepth

10%dischargedepth

350 700 1050 1400 1750 2100 2450 2800 3150 3500 3850 4200 4550

30

40

50

60

70

80

90

100

Shallow cycling at high state of charge

Cycle times (cycles)

Shallow cycling at low state of charge

End

of

disch

arg

evo

ltage

(V)

0 5 10 15 20 25 30 35 40 45 50 1 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100

11.0

11.5

12.0

12.5

13.0

Cycle Discharge Voltage Curve (Test standard BS EN 61427:2005)

20mm

10mm 92mm

270mm

330m

m

Solar 12-100 Horizonal Installation Drawing

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