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Description of the project

The project trains indigenous young women to install solar photovoltaic systems for indoor lighting in tribal homes of the forest area of Wayanad - India. RASTA cooperates with the Barefoot College women of Rajasthan to train young women from a tribal community on installing and operating photovoltaic lamps. After the training, the young women conduct installations in their community, and motivate the community to contribute with a small fee for ongoing and future maintenance. The major beneficiaries are school children and women, as the illuminated homes allow time for homework and keeps wild animals away.

Climate Impact

The photovoltaic systems, installed in 165 households of a remote forest area, have reduced the climate  impact of the tribal community by approximately 16.5 tons of GHG. Their consumption of kerosene has been considerably reduced by around 10,000 liter per year. The lamps’ batteries can be returned, recycled and refitted, reducing the environmental impact of the project.

Gender Impact

The project’s committee consists of 80% women and the installations are carried out by trained tribal girls. The installation process attracts women, who are taking on  a job traditionally done by men. The social recognition and the economic status of the female solar engineers have improved.  As a consequence, dropouts of girls from school have been  reduced and women have improved reading habits.

Scalability/replicability

RASTA identified the technical  viability for community participation in the project.  The role of RASTA is to transmit technical knowledge and to provide awareness training to beneficiaries. The project can be installed in any remote village.

Rural Agency for Social and Technological Advancement RASTA

www.rastaindia.org

Publication date
Type of publication
Project
Objective
Mitigation
Approach
Community based
Endogenous technologies
Gender
Cross-sectoral enabler
Capacity building and training
Sectors
Renewable energy
CTCN Keyword Matches
Community based
Solar
India
Accommodation
Fuel cell technologies
Batteries
More efficient train system
Solar PV