Updated on September 13, 2019

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Created on September 13, 2019

Azuri 10W Quad Solar Home System

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Solar home system with four lighting points, a mobile charging capability, and a radio.

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Product Description

Azuri 10W Quad Solar Home System is a 10 W solar home system meant for rural off-grid homes. It has a 10 W solar panel and a 6500 mAh battery for the main unit and a 800 mAh battery for the radio. The Azuri 10 W Quad Solar Home System can power up to 4 LED lamps, an FM radio and can charge a mobile phone.

 

Distributors / Implementing Organizations

The product is distributed with leading local companies as well as by global FMCGs like Unilever.

Manufacturing/Building Method

Unknown

Intellectural Property Type

Patent Protected

User Provision Model

Distributions to Date Status

150,000 solar home systems have been sold as of 2018

Description of power outputs

6 outputs

Description of light points

4 lamps – 3 lamps with 4 LEDs each and 1 lamp with 8 LEDs

Total lighting service (lumen-hours per solar-day)

8 – All four lamps on high; 32- One 4-LED lamp on high

Peak power rating (Wp)

10 Wp

Battery capacity (kWh; mAh)

6500 mAh

Nominal battery voltage (V)

3.2 V

Battery type

Lithium iron phosphate

User replaceable battery (yes/no)

No

Remote system diagnostics (yes/no)

Yes

Payment structure

Pay-as-you-go

Mobile service required (yes/no)

Yes

Design Specifications

Appliances: LED Lights, Radio, Mobile Phone Lamp: LED CRI - 72, CCT - "Cool" (3000 - 5000 K) Light Output (lm): 71 Batteries: 3.2 V, 6.7 Ah Solar PV Modules: 10 W

Technical Support

Replacement Components

Available from service agents

Lifecycle

Unknown

Manufacturer Specified Performance Parameters

Full battery runtime of 8 hours with all 4 lamps on high, 32 hours with one 4 LED lamp on high and 6.3 hours with the torch on high.

Vetted Performance Status

Lighting Global has vetted the following performance parameters: 1. Truth in Advertising 2. Lumen Maintenance 3. AC-DC Charger Safety 4. Battery Composition, Battery Protection, Battery Durability. 5. Physical Ingress Protection 6. Water Ingress Protection 7. Drop Test 8. Soldering and Electronics Workmanship 9. Mechanical Durability 10. Minimum Warranty Terms 11. Performance Reporting

Safety

Follow proper electrical installation and control guidelines

Complementary Technical Systems

None

Academic Research and References

Simon, C. and Anicet, M., 2016, Pay-as-you-go solar PV in Rwanda: evidence of benefits to users and issues of affordability, The Journal of Field Actions, Special Issue 15, p. 94-103

Rolffs, P., Byrne, R. and Ockwell, D. 2014, Financing sustainable energy for all: pay-as-you-go vs. traditional solar finance approaches in Kenya, STEPS working paper 59.

Compliance with regulations

This product has complied with the Lighting Global Quality Standards and has been tested according to the Quality Test Method stipulated in the IEC 62257 - 9 -5 Standard.

Other Information

None

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