Persistent gaps in reach, quality and reliability mark energy access in India. Around two-thirds of the country’s 1.3 billion people live in rural areas, many working on small farms with limited electricity access. Despite national progress, energy access in India’s rural regions remains unreliable or unavailable. Approximately 300 million Indians live off-grid and many agricultural areas remain disconnected due to high costs and coordination challenges. Most farmers earn about $4 a day.

As a result, farmers remain dependent on costly fossil fuels for irrigation and mechanization. Diesel is nearly twice as expensive as subsidized grid electricity, significantly reducing profit margins. While rural electrification efforts in the 2000s, such as RGGVY, expanded household electricity, they largely neglected agricultural needs, focusing on basic domestic connections rather than high-capacity farm requirements like irrigation pumps. Districts electrified after these policy changes saw only two additional electrified wells per 100 households, compared to 16 in districts electrified earlier.

This shift increased diesel pump adoption, raising operating costs and emissions. Reliance on diesel generators also heightens environmental and health risks, as prolonged exposure to emissions is linked to respiratory diseases such as lung cancer and pneumonia. Critically, the absence of stable, grid-based electricity perpetuates poverty cycles among farmers, as inefficient and expensive energy solutions erode already narrow profit margins. However, emerging initiatives are leveraging technology to address these gaps, offering scalable, sustainable alternatives to uplift rural livelihoods.

Zor: A Battery-Sharing Model Transforming Rural Energy

Zor is an innovative startup founded by Rea Savla and Vishesh Mehta, two Harvard Business School graduates with agricultural expertise. The company tackles energy access in India’s rural areas through a modular battery-sharing system, enabling farmers to rent and swap charged batteries powered by both grid and renewable sources as needed.

Recognizing diesel’s financial burden on smallholder farmers and leveraging India’s existing solar subsidy programs, Zor designed a pay-per-use model. This approach avoids brand-specific subsidies and eliminates prohibitive upfront costs that often deter solar adoption. It shortens typical payback periods from 10–20 years to under two years, dramatically improving returns on investment for farmers.

Zor’s modular lithium-ion battery system, powered by adaptable software, supports diverse agricultural needs, including grinding, milling, transportation and crop preservation. Designed for resilience, the batteries can be reliably charged even in remote areas with unstable grid access. Operating in rural India required a high-touch approach. Success demands constant availability and a hands-on mindset. Zor’s team conducted 18 months of fieldwork to ensure a farmer-centric solution, engaging more than 700 farmers across 25 villages to understand their pain points and refine the model.

Zor Energy’s Community-First Model

Early pilots in Odisha and Jharkhand proved the model’s viability as farmers rapidly adopted the service for convenience and cost savings. Zor’s community-driven approach prioritizes local management by deploying village charging stations and training residents to operate them, ensuring sustainability and scalability. The model also emphasizes gender inclusion, aiming for 50% female field staff to create economic opportunities for women historically marginalized in rural energy sectors.

With seed funding secured, Zor Energy is poised to scale its technology and expand its reach. This solution delivers reliable, on-demand electricity for farming and household needs, cutting energy costs by 40% compared to diesel. Its modular design directly addresses rural India’s electrification gaps, demonstrating that affordability and sustainability can go hand in hand.

Bridging the Critical Energy-Irrigation Gap

Zor’s model targets diesel-dependent irrigation in energy-poor regions, a well-documented challenge in rural electrification studies. In eastern Indian states like Odisha and Jharkhand, where Zor piloted its approach, farmers face inconsistent grid access. They often rely on costly diesel pumps that deplete groundwater.

Research indicates that closing this energy-irrigation gap could expand irrigated land by 20% during dry seasons, boosting productivity and resilience. Zor’s decentralized battery system directly supports this goal, cutting costs and enabling sustainable irrigation where the grid falls short.

Community-Led, Scalable Impact

Zor emphasizes community participation and skills development, mirroring successful initiatives like Swayam Shikshan Prayog (SSP). SSP has trained 60,000 women as clean energy leaders across rural India, reaching four million people, increasing the adoption of clean cookstoves and reducing household pollution. This grassroots approach builds local support networks, develops technical skills, facilitates livelihoods, all whilst improving energy access in India.

Zor similarly engages women as field staff and managers, promoting gender inclusion and creating pathways for economic agency and social change. Like SSP, Zor employs a market-based, decentralized model designed for scalability. It demonstrates how clean energy solutions can meet widespread demand while creating livelihood opportunities, making it a sustainable blueprint for rural development in India and beyond.

A More Equitable Energy Future

By enabling farmers to access clean, modular power, Zor enhances adaptability during droughts and erratic monsoons, supporting climate resilience and food security. Its gender-inclusive hiring approach mirrors the proven positive effects of female-led clean energy expansion, catalyzing economic and social transformation in rural communities.

Zor’s battery-sharing innovation is more than a technology solution to energy access in India. It aligns with a proven ecosystem of decentralized, community-led clean energy initiatives that drive economic uplift, climate adaptation and social equity. Its scalable, agrarian-focused model is a strong example of how local renewable energy solutions can advance sustainable development and reduce poverty.

– Jacobo L. Esteban

Jacobo is based in Cali, Colombia and focuses on Technology and Solutions, Politics for The Borgen Project.

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