Solutions for Access to Energy Providing a dedicated and complete set of products and solutions to meet energy needs of populations at the Base of the Pyramid

Home Systems

Collective Solutions

The context

1.3 billion people, have no access to electricity. They earn less than 2 dollars per day*.

The absence of electricity means no access to proper basic needs like health care, mobile phone charging, lighting and also sustainable social and economic activities. These families spend more than 15 dollars per month on energy on average.

Schneider Electric is committed to provide responses to the question: What steps need to be taken in less developed countries to bring reliable, affordable and clean electricity that would empower the 1.3 billion people who have no access to energy?

*In purchasing power parity - source : world development indicators - World Bank. (source: International Energy Agency, 2011)

The BipBop programme Schneider Electric has developed a sustainable programme to bring clean, reliable and affordable electricity to the people who need it most worldwide. With a strong will to involve local communities and local stakeholders in each country, the BipBop programme addresses three key issues to provide sustainable access to electricity: • • •

The lack of appropriate equipment through the development of an adequate offer; The lack of financial resources available for innovative energy entrepreneurs through funding; The skills and expertise shortage through technical and business training.

This strategy builds upon a profitable and responsible vision and is called BipBop – an acronym standing for Business, Innovation and People at the Base of the Pyramid*.

BipBop at a glance Business

Support companies dedicated to the electrical business for the Base of the Pyramid through the creation of an investment fund

Innovation

Build adequate solutions to be a champion in the electrical distribution field for the Base of the Pyramid

People

Train and sponsor disadvantaged people at the Base of the Pyramid in energy management related skills and sponsor them * BOP for Base of the Pyramid. It is the expression commonly used to refer to people with the lowest income on a global scale in a given country.

3

Schneider Electric offer for different market segments at Base of the Pyramid Remote Places

Villages Water of the Sun Solar water pumping system

In-Diya TM Solar home lighting system - Autonomous lighting solution with cell phone charger - Based on solar generation

Home Systems 4

In-DiyaTM Lamp powered by external battery

Pump

- Autonomous water pumping system - Requires storage tank to supply water during unavailability of solar power - This solution can be used for irrigation and does not need tank in this case. - Based on solar generation

- Battery is charged in battery charging station managed by entrepreneur

Collective Solutions

VillaSmart Solar hybrid off-grid solution

TM

In-Diya Battery charging station

x 10

- Can charge 10 batteries In-Diya simultaneously - Based on grid and / or solar power generation

- The solution has been developed for greater energy needs 6kWp to 24kWp - Based on hybrid generation

Villasol Micro off-grid solution

TM

In-Diya Lamp powered by grid with battery backup - Reliable lighting solution for unreliable grid supply - With cell phone charger

In-DiyaTM Backup for LED lamp - With cell phone charger

Periurban / City

- 3 kWp: enough to power community infrastructure, economic activities as well as households - Based on solar generation

5

Innovative Solutions for Access to Energy Home Systems TM

In-Diya LED Lamp powered by external battery

Page

Backup unit for TM In-Diya LED Lamp with cell phone charger

p.8

References

AEH-LB11-2.5W AEH-LP04-5W

Applications

Lighting

TM

In-Diya Solar Home Lighting with 1 Lamp

p.12

p.16

AEH-B07-4.5AH

AEH-LB13-SB-2.5W AEH-LP05-SB-5W

Backup for lighting and cell phone charging

Lighting and cell phone charging

Collective Solutions TM

In-Diya Battery charging station

x 10

6

Page

p.40

Applications

Lighting and cell phone charging charge 10 backup units

TM

In-Diya LED Lamp for Solar Home System

Solar Charge Controller

TM

Solar Home System with 2 Lamps

p.20

p.24

p.28

AEH-SCC02-3A

AEH-LB01-2.5W AEH-LP07-5W

AEH-SHS01-10W2L

Solar charge controller with cell phone charging

Lighting

Home devices power supply with cell phone charging

Water of the Sun Solar water pumping system

Villasol Solar micro off-grid solution

In-Diya LED Lamp powered by grid / solar

p.34 AEH-LP01-SBG-5W AEH-LP02-G-5W AEH-LP03-BG-5W Lighting and cell phone charging

VillaSmart Solar hybrid off-grid solution

Pump

p.46

p.50

p.56

Pumping water for domestic use and irrigation

Power supply for community infrastructure and economic activities as well as domestic needs

The solution has been developed for greater energy needs

7

In-DiyaTM LED Lamp powered by external battery Affordable lighting for people living without access to electricity with battery on rent

Features

Benefits

Light intensity 2.5 W LED Lamp equivalent to 7 W CFL 5 W LED Lamp equivalent to 11 W CFL

Sufficient to illuminate a room for daily household activities

Same brightness throughout the battery voltage from 11.5 V to 14.3 V

Constant illumination until battery is drained

Backup duration 8 to 15 hours* when powered from external battery 12 V, 4.5 Ah

Free from health hazards due to smoke from kerosene lamp

This lamp can be powered by Schneider Electric supplied 12 V, 4.5 Ah backup unit for LED Lamp (see p.12) or any 12 V external battery. This lamp has a pull cord switch to switch ON and OFF the lamp when connected to external battery. The lamp has intelligence to monitor battery voltage and gets disconnected from battery when battery has reached cut off voltage.

*Refer technical datasheet page 10.

8

Children studying under In-DiyaTM LED Lamp powered by external battery at Sagar Island, India.

Woman from Kargil slum, Bhubaneswar, India using In-DiyaTM LED lamp in her shop. She rents the battery on a daily basis from an entrepreneur.

Product Description

Product Reference Number

LED Lamp - 2.5W

AEH-LB11-2.5W

LED Lamp - 5W

AEH-LP04-5W 9

In-DiyaTM LED Lamp powered by external battery Technical Specifications LED Lamp - 5 W

LED Lamp - 2.5 W

Product Reference Number

AEH-LB11-2.5W

AEH-LP04-5W

Power consumption

2.5 W

5W

Battery input voltage

11.5 - 14.3 V

11.5 - 14.3 V

Maximum light output

Equivalent to 7 W CFL

Equivalent to 11 W CFL

Color of light emitted by the LED

White

White

Low voltage disconnect

11.5 + 0.1 V

11.5 + 0.1 V

Backup duration* with 12 V, 4.5 Ah In-DiyaTM backup unit

15 hours

8 hours

Cable to plug to In-DiyaTM backup unit

1 m, 20 AWG (0.5 mm2)

1 m, 20 AWG (0.5 mm2)

Battery low

Red LED is ON

Red LED is ON

Battery charge status

Yellow LED is ON

Yellow LED is ON

Dimensions (L x B x H)

318 x 52 x 60 mm

318 x 52 x 60 mm

Net weight

0.31 Kg

0.32 Kg

Gross weight

0.42 Kg

0.43 Kg

Operating temperature

-10 to 550 C

-10 to 550 C

Storage temperature

-10 to 550 C

-10 to 550 C

Relative humidity

90 %

90 %

Mechanical Specifications

Environmental

*Backup duration will increase with higher capacity battery.

10

Mechanical Dimensions Front View

Side View

Back View

C

D

E

B

A

Dimensions in mm A

B

C

D

E

LED Lamp

318

60

52

216

1000

LED Lamp

318

60

52

216

1000

Product Reference

Product

AEH-LB11-2.5W AEH-LP04-5W

Installation Method and Connection Diagram In-DiyaTM LED Lamp powered by Schneider Electric supplied backup unit for LED Lamp

D=216 mm 2 core, 20 AWG cable with DC plug

Mounting screws Note: Mobile phone shown in above diagram is not part of Schneider Electric offer. Customer needs to buy a suitable cable with a USB interface to charge a cell phone through the USB port provided on the backup unit.

In-DiyaTM LED Lamp powered by any 12V battery

D=216 mm

2 core, 20 AWG cable

Mounting screws Note: Customer needs to remove the DC plug provided with the lamp cable to connect to any 12V battery.

11

Backup unit for In-DiyaTM LED Lamp with cell phone charger Backup device for In-DiyaTM LED Lamp and cell phone charging suitable for people living without electricity

Features

Benefits

Backup unit for 2.5 W / 5 W LED lamps

Reliable and safe lighting at a cost lower than kerosene lamp

Universal cell phone charger with USB port

Affordable solution for mobile charging for people living without access to electricity

Low weight and portable 12 V, 4.5 Ah SMF* battery provided with strap to hand carry

Easy to transport to households everyday

The backup unit can be fixed to wall or can be hanged through the strap provided with the backup unit. The switch provided on the backup unit is used to power the built-in cell phone charger. Customer needs to buy a suitable cable with a USB interface to charge a cell phone through the USB port provided on the backup unit.

*Sealed Maintenance Free.

12

Entrepreneur of battery charging station at Sagar Island, India delivering In-DiyaTM backup units to his customers living without access to electricity.

A farmer stacking beetle leaves at night to sell in the market at Sagar Island, India.

Product Description

Product Reference Number

Backup for LED Lamp with Cell Phone Charger

AEH-B07-4.5AH

13

Backup unit for In-DiyaTM LED Lamp with cell phone charger Technical Specifications

Backup for LED Lamp with cell phone charger

Product Reference Number

AEH-B07-4.5AH

Battery type

Sealed maintenance free lead acid

Rated voltage

12 V

Rated capacity

4.5 Ah

Number of charge / discharge cycles

500

Cell phone charger port

5.5 V, 400 mA

Low voltage disconnect

11.6 + 0.1 V

Switch*

6A

Mechanical Specifications Dimensions (L x B x H)

132 x 98 x 155 mm

Net weight

2.19 Kg

Gross weight Environmental

2.45Kg

Operating temperature Storage temperature

-10 to 550 C -10 to 550 C

Relative humidity

90 %

*Switch should be ON while charging your cell phone. Switch should be OFF when you are not charging your cell phone, in order to avoid draining of battery.

14

Mechanical Dimensions Front View

Side View

A

Back View D

B

C

AEH-B07-4.5AH

Dimensions in mm Product Reference

Product

AEH-B07-4.5AH

Backup unit

A

B

C

D

133

155

98

98

Installation Method and Connection Diagram In-DiyaTM backup unit with cell phone charger Universal cell phone charger with USB port

D=98 mm

Mounting screws

Note: Mobile phone shown in above diagram is not part of Schneider Electric offer. Customer needs to buy a suitable cable with a USB interface to charge a cell phone through the USB port provided on the backup unit.

15

In-DiyaTM Solar Home Lighting System with 1 Lamp Autonomous lighting and mobile charging solution for remote unelectrified households

Features Autonomous lighting system with cell phone charger powered by 10Wp solar panel and 12 V, 4.5 Ah battery Plug and play connection with reverse polarity protection Light intensity 2.5 W LED Lamp equivalent to 7 W CFL 5 W LED Lamp equivalent to 11 W CFL 15 / 8 hours* of backup with one day of charge

* Refer technical datasheet page 18.

16

Benefits Clean and safe energy for lighting and mobile charging No need of tool to make connections Sufficient to illuminate a room for daily household activities Free from health hazards due to smoke from kerosene lamp Low cost compared to CFL based solar home lighting system

In-DiyaTM Solar Home Lighting System installed at a house in Peru.

In-DiyaTM Solar Home Lighting System installed in a remote tribal village in Odisha,India.

Product Description

Product Reference Number

LED Solar Home Lighting System – 2.5W AEH-LB13-SB-2.5W LED Solar Home Lighting System – 5W AEH-LP05-SB-5W 17

In-DiyaTM Solar Home Lighting System with 1 Lamp Technical Specifications LED Solar Home Lighting System - 2.5W

Product Reference Number LED lamp

AEH-LB13-SB-2.5W

LED Solar Home Lighting System - 5W

AEH-LP05-SB-5W

Power consumption

2.5 W

5W

Solar input voltage

16 - 21 V

16 - 21 V

Battery input voltage

11.5 -14.3 V

11.5 -14.3 V

Maximum light output

Equivalent to 7 W CFL

Equivalent to 11 W CFL

Color of light emitted by the LED

White

White

Battery charging / Power ON (solar)

Green LED is ON

Green LED is ON

Battery low

Red LED is ON

Red LED is ON

Battery charge status

Yellow LED is ON

Yellow LED is ON

Backup duration

15 hours

8 hours

Cable to plug to In-DiyaTM backup unit

1m, 20 AWG (0.5 mm2)

1m, 20 AWG (0.5 mm2)

Low voltage disconnect

11.5 + 0.1 V

11.5 + 0.1 V

Solar panel Solar panel type

Mono-Crystalline

Mono-Crystalline

Maximum rated power

10 Wp

10 Wp

Peak power voltage Cable to plug to In-Diya

17 V TM

LED Lamp

17 V

10m, 18 AWG (0.75 mm )

10m, 18 AWG (0.75 mm2)

SMF Lead acid

SMF Lead acid

2

Backup unit with cell phone charger Battery type Battery capacity

12 V*4 , 4.5 Ah

12 V*4 , 4.5 Ah

Number of charge / discharge cycles

500

500

Cell phone charger port

5.5 V*4 , 400 mA

5.5 V*4 , 400 mA

Low voltage disconnect

11.6 + 0.1 V

11.6 + 0.1 V

Switch*

6A

6A

Net weight - Lamp

0.33 Kg

0.34 Kg

Net weight - Battery with cell phone charger

2.15 Kg

2.19 Kg

Mechanical specifications

Net weight - Solar Panel

1.76 Kg

1.76 Kg

Gross weight

5.20 Kg

5.21 Kg

Environmental Operating temperature

-10 to 550 C

-10 to 550 C

Storage temperature

-10 to 55 C

-10 to 550 C

Relative humidity

90 %

90 %

0

*Switch should be ON while charging your cell phone. Switch should be OFF when you are not charging your cell phone, in order to avoid draining of battery.

18

Mechanical Dimensions Front View

Side View

Back View

C

D

E

B

A

Front View

A

Back View

C

D

C

B

B

A

Side View

Dimensions in mm Product Reference AEH-LP13-SB-2.5W AEH-LP05-SB-5W

Product

A

B

C

D

E

LED Lamp

318

60

52

216

1000

Backup unit

133

155

98

98

Solar Panel

440

290

30

Installation Method Connector to prevent reverse polarity connection

Universal cell phone charger with USB port

Connection Diagram

Note: Mobile phone shown in above diagram is not part of Schneider Electric offer. Customer needs to buy a suitable cable with a USB interface to charge a cell phone through the USB port provided on the backup unit.

19

Solar Charge Controller Energy efficient solar charge controller with cell phone charger for solar home system

Features

Benefits

Highly energy efficient and intelligent charge controller for battery and load management in a solar home system

Maximum harvesting of solar energy to power DC lamp, DC TV, DC fan and charge cell phone

Built in universal cell phone charger with USB port

No need of separate cell phone charger

Trickle charging mechanism to increase battery life

Increased battery life

Robust and compact design Multi-color indicators to monitor the health of the system for optimum utilization

20

During the period of battery maintenance or replacement, loads can be powered from the solar panel during day time

Solar Charge Controller installed in a tribal household in BR Hills, Karnataka, India.

Solar Charge Controller powering In-DiyaTM LED Lamp and DC TV in a village 40kms away from Dhaka, Bangladesh.

Product Description

Product Reference Number

Solar Charge Controller with usb – 3A AEH SCC02-3A

21

Solar Charge Controller Technical Specifications Solar Charge Controller with usb - 3A

Product Reference Number Solar input

AEH-SCC02-3A 17 - 21 V

Rated Output Voltage • Output port 1

12 V DC

• Output port 2

12 V DC

• Mobile Charging Port

5.5 V, 400mA

USB cable to charge cell phone

YES

Maximum rated output current

3 A continuous load, 3.9 A for 1 hour

Rated output power

36 W

Indications Battery charging

Green LED on the LEFT is ON

Battery high

Green and Yellow LED on the RIGHT are ON

Battery in conservation mode

Yellow LED is ON

Battery cut off

Red LED is ON

Protection and Monitoring Battery and solar panel reverse polarity protection

YES

Battery overcharge and undercharge protection

YES

High voltage disconnect

14.3 + 0.2 V

Low voltage disconnect

11.6 + 0.1 V

Reconnect voltage

12.7 V

Short circuit protection

YES

Over current protection

YES (fuse 5 A)

Input surge protection

YES

Mechanical Specifications Dimensions (L x B x H)

95 x 30 x 110 mm

Net Weight

0.27 Kg

Gross Weight

0.32 Kg

Environmental

Operating temperature

-10 to 550 C

Storage temperature

-10 to 550 C

Relative humidity

90 %

22

Mechanical Dimensions

Right side View

Front View

Left side View

A

Back View

B

D

E

C

AEH-SCC02-3A

Dimensions Dimensions in in mm mm Product Reference AEH-SCC02-3A

With USB

A

B

C

D

E

95

110

30

55

500

Installation Method

D=55 mm

Mounting screws

Connection Diagram

DC TV

Note: The reference includes only the solar charge controller.

23

In-DiyaTM LED Lamp for Solar Home System Low energy longe life LED Lamp to reduce 50% cost on solar panel and battery

Features Can be powered by any 12 V system DC source 50% less power consumption compared to CFL lamp for same level of light output Same brightness throughout the battery voltage from 11.6V to 14.3 V 50,000 hours of LED life

Benefits Suitable for solar home system with 12V charge controller and 12 V battery Low cost compared to CFL based solar home system Constant illumination until battery is drained Longer life than CFL lamps

This lamp can be used with any 12V Solar Home System. This lamp does not have pull cord switch and needs an external switch to control switching of the Lamp. The lamp cannot detect battery charge status.

24

Family in Bangladesh using Solar Home System with In-DiyaTM LED Lamp.

Family in Bangladesh using In-DiyaTM LED Lamp to illuminate their compound for safety of children during night.

Product Description

Product Reference Number

LED Lamp for Solar Home System-2.5W

AEH-LB01-2.5W

LED Lamp for Solar Home System-5W

AEH-LP07-5W 25

In-DiyaTM LED Lamp for Solar Home System Technical Specifications LED Lamp for Solar Home System - 2.5W

LED Lamp for Solar Home System - 5W

Product Reference Number

AEH-LB01-2.5W

AEH-LP07-5W

Power consumption

2.5 W

5W

Input voltage

10 -15 V

10 -15 V

Maximum light output

Equivalent to 7 W CFL

Equivalent to 11 W CFL

Color of ligt emitted by the LED

White

White

318 x 52 x 60 mm

318 x 52 x 60 mm

Mechanical Specifications Dimensions (L x B x H) Net weight

0.31 Kg

0.32 Kg

Gross weight

0.42 Kg

0.43 Kg

Environmental Operating temperature

-10 to 550 C

-10 to 550 C

Storage temperature

-10 to 55 C

-10 to 550 C

Relative humidity

90 %

90 %

26

0

Mechanical Dimensions Front View

Side View

Back View

C

D

B

A

Dimensions in mm A

B

C

D

LED Lamp

318

60

52

216

LED Lamp

318

60

52

216

Product Reference

Product

AEH-LB01-2.5W AEH-LP07-5W

Installation Method

Connection Diagram LED Lamp for Solar Home System – 5W LED Lamp for Solar Home System – 2.5W

+

+

-

-

12V DC input from any Solar Charge Controller

Note: Switch and Cables are not sold with the reference.

27

Solar Home System with 2 Lamps Scalable solar home system

Features 10Wp solar lighting system with 2 nos. of 2.5 W LED lamps and 3A charge controller with built-in cell phone charger 8 hrs backup for two lamps with one day of charge Trickle charging mechanism to increase battery life Scalable system to connect loads up to 36 Watt (Max) by connecting 12 V, 40 Wp solar panel and 12 V, 50 Ah battery

Benefits Provides reliable lighting for people living without access to electricity Sufficient to illuminate two rooms for daily household activities Increase in battery life Low cost compared to CFL based solar home lighting system Can operate lamps and cell phone charger during day time when batery is getting charged

This offer allows customers to buy a battery separately in order to adapt the model to their needs. Customer needs to buy In-DiyaTM backup unit 12 V, 4.5 Ah separately (Product reference AEH-B06-4.5AH, see p.12). Customer can also connect any 12 V battery up to 50 Ah.

28

A girl in BR Hills, India studying under solar home system.

A woman from Manikgong village in Bangladesh cooking at night using Solar Home System.

.

Product Description

Product Reference Number

Solar Home System – 2 Lamps

AEH-SHS01-10W2L 29

Solar Home System with 2 Lamps Technical Specifications Solar Home System – 2 Lamps

Product Reference Number

AEH-SHS01-10W2L

LED Lamps Power consumption

5W

Input voltage

10 – 14.5 V DC

Efficiency of LED controller circuit

Greater than 85%

Maximum light output of each lamp

Equivalent to 7 W CFL

Color of light emitted by the LED

White

Solar Panel Type

Mono-Crystalline

Maximum rated power

10 Wp

Input voltage

17 V

Cable to connect solar panel to solar charge controller

10 m, 18 AWG (0.75 mm2)

Solar Charge Controller with Cell Phone Charger Input voltage

16 – 21 V DC

Maximum rated output current

3 A continuous load, 3.9 A for 1 hour

Rated Output Voltage • Output 1 • Output 2

12 V DC 12 V DC

Rated Output power

36 W

Cell phone charger port

5.5 V, 400 mA

High voltage disconnect

14.3 + 0.2 V

Low voltage disconnect

11.6 + 0.1V

Reconnect voltage

12.7 V

Protection and Monitoring Battery charging

Green LED on the left is ON

Battery high

Green and Yellow LED on the right is ON

Battery in conservation mode

Yellow LED is ON

Battery low

Red LED is ON

30

Solar Home System with 2 Lamps Technical Specifications Solar Home System – 2 Lamps

Product Reference Number

AEH-SHS01-10W2L

Accessories Cable to connect LED Lamps to solar charge controller

10 m, 22 AWG (0.34 mm2)

Bed switch to operate lamps

5A

Cable to charge In-Diya

TM

backup unit

1 m, 2 core 20 AWG (0.5 mm2)

USB cable to charge cellphone

0.5 m, 2 core 40 AWG (0.005 mm2)

Glass cartridge fuse

5A

Screw

M3.5 X 19 mm

Environmental Operating temperature

-10 to 55° C

Storage temperature

-10 to 55° C

Relative humidity

90%

Operating temperature

-10 to 550 C

Relative humidity

90%

Recommended cable specification for solar panel size higher than 12 V, 10 Wp and battery capacity higher than 12 V, 5 Ah Solar panel rating

Battery rating

Cable size to connect solar panel to solar charge controller - 3A* (mm2)

(AWG)

Cable size to connect battery to solar charge controller - 3A** (mm2)

(AWG)

Maximum allowable load at 12 V (W)

12 V, 20Wp

12 V, 10Ah

0.82

16

0.82

16

12

12 V, 30Wp

12 V, 30Ah

1.5

14

0.82

16

24

12 V, 40Wp

12 V, 50Ah

1.5

14

0.82

16

36

*The length of the cable from solar panel to solar charge controller is  Products and Services > Motion & Drives > Specialized Drives > Altivar 312 Solar

4 – Connect and start your pump All along the process we provide you with support and advice through technical documentation and local experts.

47

Water of the Sun

Solar water pumping system Wiring Diagram Drive Cabinet with Altivar 312 Solar Drive

Pump 3

+

-

-

3

2

4

+

1

Water level sensor

Ground connection

DC Circuit Breaker

Photovoltaic arrays

Pilot 2Hp solar water pumping system operational at Mahuda village, Ganjam district, India to supply water to 50 families

48

Altivar 312 Solar Selection Guide Drive with heat sink - IP20 - Single-phase 200V – Up to 2.2 kW for 200V motors - Vmpp = 283VDC-373VDC (1)/Voc = 382VDC max. Part Number kW HP

Dimensions mm (ins.) Width Depth

Height

ATV312H018 M2 412 0.18 0.25 72 (2.83) 145 (5.70) 132 (5.19) ATV312H037 M2 412 0.37 0.50 72 (2.83) 145 (5.70) 132 (5.19) ATV312H055 M2 412 0.55 0.75 72 (2.83) 145 (5.70) 142 (5.59) ATV312H075 M2 412 0.75 1

72 (2.83) 145 (5.70) 142 (5.59)

ATV312HU11 M2 412 1.1

1.5

107 (4.21) 143 (5.63) 152 (5.98)

ATV312HU15 M2 412 1.5

2

107 (4.21) 143 (5.63) 152 (5.98)

ATV312HU22 M2 412 2.2

3

142 (5.59) 184 (7.24) 152 (5.98)

Drive with heat sink - IP20 - Three-phase 200V - Up to 5.5 kW for 200V motors. Vmpp = 283VDC-373VDC (1)/Voc = 382VDC max. Part Number kW HP

Dimensions mm (ins.) Width Depth

Height

ATV312H018 M3 412 0.18 0.25 72 (2.83) 145 (5.70) 122 (4.80) ATV312H037 M3 412 0.37 0.50 72 (2.83) 145 (5.70) 122 (4.80) ATV312H055 M3 412 0.55 0.75 72 (2.83) 145 (5.70) 132 (5.19) ATV312H075 M3 412 0.75 1

72 (2.83) 145 (5.70) 132 (5.19)

ATV312HU11 M3 412 1.1

1.5

105 (4.13) 143 (5.63) 132 (5.19)

ATV312HU15 M3 412 1.5

2

105 (4.13) 143 (5.63) 132 (5.19)

ATV312HU22 M3 412 2.2

3

107 (4.21) 143 (5.63) 152 (5.98)

ATV312HU30 M3 412 3

-

142 (5.59) 184 (7.24) 152 (5.98)

ATV312HU40 M3 412 4

5

142 (5.59) 184 (7.24) 152 (5.98)

ATV312HU55 M3 412 5.5

7.5

180 (7.09) 232 (9.13) 172 (6.77)

Free tools

• Altivar 312 Solar Sizer • Technical documentation

Drive with heat sink - IP20 - Three-phase 400V - Up to 5.5 kW for 400V motors. Vmpp = 537VDC-777VDC (1)/Voc = 792VDC max. Part Number kW HP

(1)

Dimensions mm (ins.) Width Depth

Height

ATV312H037 N4 412

0.37 0.5 107 (4.21) 143 (5.63) 152 (5.98)

ATV312H055 N4 412

0.55 0.75 107 (4.21) 143 (5.63) 152 (5.98)

ATV312H075 N4 412

0.75 1

ATV312HU11 N4 412

1.1 1.5 107 (4.21) 143 (5.63) 152 (5.98)

ATV312HU15 N4 412

1.5 2 107 (4.21) 143 (5.63) 152 (5.98)

ATV312HU22 N4 412

2.2 3 142 (5.59) 184 (7.24) 152 (5.98)

ATV312HU30 N4 412

3 - 142 (5.59) 184 (7.24) 152 (5.98)

ATV312HU40 N4 412

4 5 142 (5.59) 184 (7.24) 152 (5.98)

ATV312HU55 N4 412

5.5 7.5 180 (7.09) 232 (9.13) 172 (6.77)

107 (4.21) 143 (5.63) 152 (5.98)

Tolerance -15%/+0% — Vmpp and Voc values are related to solar arrays characteristics

49

Villasol Solar micro off-grid solution Overview Villasol is a stand alone solar powered micro grid solution suitable to meet the energy requirements of remote off-grid villages.

Features •

Easy to set up > only 3 connecting points (Battery, PV panels, Loads)

•

Available in modular units up to 3 kWp to meet the energy requirements of community infrastructure, economic activities and households

• Reliable factory assembled and factory tested solution > good returns and quality - standard solution duplicable •

Centralized storage battery to supply power during night

•

MPPT Charge Controller to harvest maximum energy from photovoltaic panel to charge storage batteries

•

Protection against short circuit, over current and over voltage

Application Domestic Use through a Battery Charging Station: Lighting, TV, radio, cell phone charging... Economic Activities: Battery charging station, fishermen, handcraft, market, irrigation... Community Services: School, health centre, community centre, religious centre, water supply...

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Villasol installed in Mecké, Senegal

Community watching televison powered by Villasol in Vietnam.

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Villasol Solar micro off-grid solution A typical example of usage for a 3 kWp solar micro off-grid facility would fit for a local entrepreneur who owns a battery charging station. He can serve a complete community through a battery rental model. The surplus of electricity is distributed between community services and domestic needs.

Facility Power

Solar

3 kWp

Available produced Solar energy (daily)

Solar

12 kWh

Storage (typical)

Number of days of storage

Entrepreneurial activities: Battery charging station Loads (example) Community services: 1 School

2

Power

Quantity

Working hours

Required energy (daily)

Battery charging

70 W

20

6

8400 Wh

In- DiyaTM Lamps

4.5 W

4

6

108 Wh

TV + DVD

80 W

1

3

240 Wh

In- DiyaTM Lamps

4.5 W

30

4

540 Wh

20 W

15

4

1200 Wh

80 W

3

3

720 Wh

Domestic use: 15 households

TV + DVD

Total required energy (daily)

Note: The above configuration depends upon the local requirement of each project.

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11208 Wh

Power supply to battery charging station

Power supply to school

Power supply to entrepreneurs

A typical example of usage for a 3 kWp Villasol 53

Villasol Solar micro off-grid solution Connection diagram

XW MPPT 60 - 150 Battery

GND

PV

Busbar 1

IK60 32A

C120 50A

Busbar 2

Battery 24V in/output 54

110V max PV input

INVERTER

Battery

-

+

AC output DC ground

N

L

GND

L

N

iIDK 30mA

IK60 2A

25A

Busbar 3 230 V AC 50 Hz Communautaries activities output 55

VillaSmart

Solar hybrid off-grid solution Overview VillaSmart is a stand alone solar hybrid solution suitable to meet the energy requirements of remote off-grid villages. The solution has been developed for energy needs from 6 to 24kW. The genset (diesel or biomass) can be used in addition to solar energy for smart and efficient energy management.

Solar-diesel off-grid facility in Abu Monkar, Egypte

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VillaSmart power house with batteries and two inverters installed in Brazil

Referencing System

Technical characteristics Type of solution

SBG – 5W : Solar panel and Battery included, Grid input – 5W electrical consumption SB – 2.5W : Solar and Battery included – 2.5W electrical consumption G – 5W : Grid input – 5W electrical consumption 5W : 5W electrical consumption 2.5W : 2.5W electrical consumption 10W2L : 10 Wp solar panel and 2 Lamps included 4.5AH : 4.5 amp-hour battery 5A : 5 amp continuous load 3A : 3 amp continuous load

AEC : Access to Energy Collective Solutions for communities AEH : Access to Energy Home Products and solutions for households AEP : Access to Energy Portable Portable products

Global offer description LP : Lighting Premium (5W) LB : Lighting Basic PV : Solar panel B : Backup unit SCC : Solar Charge Controller SHS : Solar Home System BC : Battery Charger

Serial number 01 02 …

57

Selection Guide

58

59

Packaging Information Home Systems Product Reference

Product Description AEH-LB11-2.5W

LED Lamp – 2.5W

AEH-LP04-5W

LED Lamp – 5W

AEH-B06-4.5AH

Backup for LED Lamp

AEH-B07-4.5AH

Backup for LED Lamp with Cell Phone Charger

AEH-LB13-SB-2.5W

LED Solar Home Lighting System – 2.5W

AEH-LP05-SB-5W

LED Solar Home Lighting System – 5W

AEH-SCC01-3A

Solar Charge Controller – 3A

AEH-SCC02-3A

Solar Charge Controller with USB – 3A

AEH-LB01-2.5W

LED Lamp for Solar Home System – 2.5W

AEH-LP07-5W

LED Lamp for Solar Home System – 5W

AEH-SHS01-10W2L

Solar Home System – 2 Lamps

AEH-LP01-SBG-5W

LED Solar Lighting System – Mains Input

AEH-LP02-G-5W

LED Lamp – Mains Input

AEH-LP03-BG-5W

LED Lamp with Backup – Mains Input

Collective Solutions Collective Solutions AEC-BC01-5A

Battery Charging Station – Solar and Mains Input

ATV312Hxxx xx 412

Water of the Sun – Solar water pumping system

_

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Villasol – Solar micro off-grid solution & VillaSmart – Solar hybrid off-grid solution

Unitary Packaging Information

Group Packaging Information Dimensions (LxBxH in mm)

Gross Wt (in kgs)

Quantity (pcs)

350 x 82 x 64

0.42

1

440 x 370 x 155

5.11

10

350 x 82 x 64

0.43

1

440 x 370 x 155

5.27

10

140 x 100 x 150

2.37

1

520 x 305 x 175

24.71

10

140 x 105 x 160

2.42

1

540 x 305 x 180

25.20

10

465 x 120 x 338

5.20

1

480 x 395 x 380

16.80

3

465 x 120 x 338

5.21

1

480 x 395 x 380

16.83

3

134 x 110 x 40

0.32

1

225 x 250 x 445

10.28

30

134 x 110 x 40

0.32

1

225 x 250 x 445

10.28

30

350 x 82 x 64

0.42

1

440 x 370 x 155

5.10

10

350 x 82 x 64

0.43

1

440 x 370 x 155

5.11

10

480 x 125 x 315

3.35

1

495 x 390 x 340

11.15

3

465 x 120 x 338

5.30

1

480 x 395 x 380

17.10

3

350 x 82 x 64

0.51

1

440 x 370 x 155

6

10

350 x 82 x 64 140 x 100 x 150

2.94

1

365 x 315 x 390

Dimensions (LxBxH in mm)

Unitary Packaging Information

Gross Wt (in kgs)

18.84

Quantity (pcs)

6

Group Packaging Information

480 x 176 x 170

4.83

1

495 x 358 x 374

20.65

4

_

_

1

_

_

_

_

_

1

_

_

_

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BipBop projects around the world

more than 33 projects in 21 countries

Take a tour around the world with the BipBop map. An interactive tool to get a glance and in-depth information about all the BipBop projects.

To find out more: schneider-electric.com/bipbop 62

63

To find out more: schneider-electric.com/bipbop

Schneider Electric Industries SAS Sustainable Development Department 35 rue Joseph Monier F-92506 Rueil-Malmaison Cedex (France) Tel: +33 (0)1 41 29 70 00 - Fax: +33 (0)1 41 29 71 00 Contact us: [email protected] Version 2.0 Published in June 2012