People Worldwide Without Access to Electricity
746 Million
Despite recent technological advancements, millions in rural areas still lack reliable, affordable electricity, hindering education, healthcare, and economic development.
HOW WE CONTRIBUTE
Key elements of Impact
Renewable Energy Source
Utilizing solar power to foster sustainable development in resilient communities.
Last Mile Impact
Extending efforts to the last mile to ensure equitable opportunities in remote regions.
Localised Service Centres
Building local expertise to ensure reliable service and maintenance.
Reduced Carbon Emissions
Switching from fossil fuels to cleaner tech to cut emissions, cleaner homes.
Effective Energy Deployment
Effective implementation of energy solutions for productive community use.
Energy
Access
Equity
GHE works towards energy access equity by deploying sustainable solutions for remote off grid communities, ensuring last-mile access and empowering them with essential resources for development, resilience, and improved quality of life.
ADVANCING GREEN DEVELOPMENT
AREAS OF WORK
Village electrification
Solar powering individual households through DC microgrids transitions from fossil fuels to clean energy. These customized, geography-based solutions optimize solar resource utilization, Ensuring efficient and reliable power supply. This approach enhances energy security, supports sustainable development, and improves community quality of life.
Solar Thermal Water Heaters
Setup of solar water heaters for remote high-altitude communities is crucial for transitioning them to clean energy sources. It reduces dependence on fossil fuels, mitigates environmental impact, and ensures access to reliable hot water in a region with extreme climate conditions. This shift promotes sustainability, improves health outcomes, and supports local economic resilience.
Space heating solutions
The Space heating Solutions is crucial for communities in the Himalayas relying on firewood for heating and cooking, especially during harsh winters. It minimizes fossil fuel use, reduces indoor air pollution, and helps preserve local forests. This innovation improves comfort for travelers visiting these villages to observe wildlife during winters.
Heritage Conservation
Solar powering monasteries and heritage sites with DC microgrids reduces fire risk, protecting invaluable cultural heritage. This clean energy solution ensures reliable power while minimizing reliance on fossil fuels, safeguarding historic landmarks for future generations.
Bridging the Energy Gap in Rural Areas
Highlighting the achievement of our rural energy access initiatives, which involved setting up distributed energy systems in remote areas, we collaborated with local talent to help communities become more self-sufficient and improve their livelihoods.”
