Farmer's Son Helps 50 Thousand Farmers Earn Income from Solar Energy
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The Better India
thebetterindia.com

Farmer's Son Helps 50 Thousand Farmers Earn Income from Solar Energy

As dawn barely breaks, Nikhil Patel heads out to his field. For years, crop irrigation was accompanied by constant worry: would there be access to electricity when needed, or would he have to rely on the diesel pump again?

However, the scene is different today. Rows of solar panels stand along the edge of his land, and a solar-powered pump begins supplying water to the crops. Another change has occurred: his farm can now generate income thanks to the sun illuminating it.

Nikhil is not alone in this transformation. Across Madhya Pradesh, Rajasthan, Chhattisgarh, Telangana, Uttar Pradesh, and Odisha, thousands of farmers are implementing solar energy in a similar manner.

Behind this movement is Bhavesh Patidar, who grew up in a farming family in Halghat, Madhya Pradesh, and personally witnessed how difficult it could be for a farmer to achieve a stable income. After studying at IIT, he built a career in technology before founding Solarsure.

Since its launch in November 2024, the company claims to have installed over 300 MW of solar capacity and covered more than 50,000 farmers with its projects.

"I didn't study the problem; I lived it"

Growing up in a farming family, Bhavesh witnessed the uncertainty that defined agricultural life. His father worked tirelessly on the farm for decades, but financial security always seemed out of reach. Yet, he often heard his father say, "Pura jeevan kheti mein laga diya, par kabhi achhi kamai nahi hui" (I spent my whole life in farming, but never earned well).

These words stayed with him long after he left home. They accompanied him during his studies at IIT-BHU and while building his tech career. He founded the agritech startup Neurafarms, which was later acquired, and spent years working with data-driven systems and climate technologies. But even as his work took him in a different direction, the problem he saw at home remained familiar.

"The problem wasn't something I discovered through research," says Bhavesh. "I lived it and saw it every day growing up."

Years later, the government's PM-KUSUM scheme gave him an opportunity to make a difference. This scheme allows farmers to use solar energy in various ways: from powering irrigation pumps to setting up larger grid-connected installations and selling the generated electricity. Bhavesh became interested in the latter: could the land itself become an additional source of income?

He decided to test this idea on his family's land. Under this scheme, he installed a 2 MW solar power plant and began selling electricity back to the grid. Unlike farm income, which could fluctuate based on weather and market prices, the income from the sun was more predictable.

Neighboring farmers noticed the installation and inquired about its operation and the possibility of doing something similar on their own land. This experiment eventually evolved into Solarsure.

Bhavesh launched the Indian company Solarsure, which handles renewable energy EPC (Engineering, Procurement, and Construction), based in Indore, in November 2024. Today, the company operates in Madhya Pradesh, Rajasthan, Chhattisgarh, Telangana, Uttar Pradesh, and Odisha, helping farmers install solar projects on unused or less fertile land. Solarsure reports that over 50,000 farmers have participated in its projects, and the company estimates that income growth exceeds 30 percent. Currently, the company has installed over 300 MW of solar capacity and has a project portfolio exceeding 1.5 GW.

What if farmers could sell energy?

For many farmers, the definition of solar energy is limited to irrigation pumps, but Bhavesh believes the possibilities are much broader. "Farmers shouldn't just consume energy," he asserts. "They should also have the ability to produce and sell it."

Thanks to Solarsure, farmers receive support at every stage of the process—from project design and financing assistance to installation, maintenance, and grid integration. The company develops both ground-mounted and rooftop solar systems while helping farmers access government programs and funding options.

Before launching a project, Solarsure also uses artificial intelligence and satellite data from agencies like ISRO and NASA to study climate risks, wind conditions, and long-term site viability. The goal is to understand how well the site is likely to perform and optimize energy generation over time.

The company also provides the digital infrastructure necessary for efficient grid integration, ensuring that electricity generated by solar plants can reliably feed into the grid. For Bhavesh, all this technology is important because of how it can change a farmer's income.

"Too much in agriculture depends on factors outside the farmer's control," he says. "The sun creates a second, predictable, and long-term source of income."

"Now I have a fixed monthly income"

Returning to Nikhil's field, one can see the beautiful unfolding of the transformation. Nikhil, a farmer by profession, first learned about solar projects under the PM-KUSUM scheme through social media. Curiosity prompted him to look into the concept, and eventually, he contacted Solarsure.

At the time, financial pressure was mounting. "There was a cash crisis," he recalls. "I wanted to understand if this could really work."

After learning more about the process, he decided to move forward. Looking back, he calls it one of the best decisions of his life. "I faced many financial problems before," he says. "Now I receive a fixed income every month. My loan payments are managed, and I can plan for the future."

The additional income has also given him confidence to explore other opportunities. "Today I can make decisions easily. Whether for my family or for a small side business, I have the confidence to move forward."

For Nikhil, the biggest change may be the ability to plan ahead. And seeing what the sun has done for his personal finances, he wants other farmers to at least understand the option available to them.

"The weather is unpredictable, and farm incomes are not fixed. If farmers want better earnings and a better life, they must understand solar energy and learn about the PM-KUSUM scheme."

While Nikhil points to a fixed monthly income, another farmer, Mitesh, experienced financial benefit in a different way: by reducing household electricity costs. Living in a multi-generational family home of 20 people, he previously paid about 12,000 rupees per month for electricity. After installing a 5 kW solar system, this amount dropped sharply. "Today my electricity bill is only about 1,000–1,200 rupees. I save almost 10,000–12,000 rupees every month."

From loan payments to planning the future

For a farmer, an additional income stream can change very ordinary decisions. Loan payments are made on time. The electricity bill no longer consumes the monthly income. There is a little more room to think about the next harvest, a child's education, or household expenses without worrying about where the money will come from.

This is what makes solar energy interesting for Bhavesh. Farming will still depend on rain, crop prices, and hundreds of things the farmer cannot control. But the sunlight falling on the same land can give the family something else to rely on.

Sometimes it means cheaper electricity. Sometimes it means water for the field. And sometimes, as Nikhil discovered, it means knowing that some money will come in, even if the farming season is unsuccessful.

This brings Bhavesh back to what he heard from his father for years: that a life dedicated to farming had still not brought the financial security he hoped for.

Today, Bhavesh hopes to help other farming families write a different story—a story where the earth beneath their feet and the sun above their heads can help them build a more secure future. "If farmers can earn with dignity and provide financial security for their families, then we have achieved something significant," he smiles.

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Unstable power supply on farms leads to serious problems: the shutdown of irrigation pumps, heating of cold storage rooms, exposure of poultry to cold or heat, and increased costs due to product downtime. For South African farmers, who are already facing rising resource costs, unreliable electricity, and climate change, the energy issue is critically important.

Consequently, more and more farmers are considering alternatives to the national grid, focusing on solar panels, battery storage, and even using agricultural waste as an energy source.

The transition to renewable energy sources is also part of agriculture's response to climate change. In addition to seeking more affordable and reliable energy, abandoning fossil fuels helps reduce greenhouse gas emissions in the sector.

Commercial poultry farmer Lerato Aliu, CEO of Roadgrass Investments in Katabooshfontein, is integrating renewable energy into her farm's plans for increasing sustainability and reducing costs. Although the farm has not yet fully transitioned to autonomous power supply, Aliu is in the process of approving a plan to implement solar energy.

Her approach is based on utilizing existing farm resources rather than building a system from scratch. Aliu noted that the goal of the transition is to reduce electricity costs by at least 20% in the coming months.

Besides savings, this step aims to increase resilience against power outages and sudden supply interruptions. For her, energy reliability has become as important as its cost. One of the main lessons learned was studying available resources, such as chicken manure, which can become an untapped energy source.

Aliu emphasized that selecting a suitable solar system requires a thorough plan that must consider initial costs, actual energy needs, and system compatibility with existing equipment. Her advice to other farmers is not to rush planning and to carefully examine waste or by-products that can be converted into energy.

An agricultural economist from Gauteng, Dr. Sifwe Zantsi, believes that energy already constitutes a significant portion of farmers' production costs, and rising fuel and electricity prices intensify pressure on already limited profits. For farmers who can cover the initial investment in solar and other renewable systems, long-term savings can significantly impact the financial outcome.

After the equipment pays for itself, most of the funds previously spent on energy remain in the business, although maintenance costs remain. This is particularly relevant for small farmers with narrower margins. However, the main problem is the upfront cost. Zantsi suggests that small landowners pool their efforts to jointly cover the costs of installing renewable systems.

He also warns that making energy cheaper for farmers does not necessarily lead to lower food prices, as farmers are largely price takers, and prices are determined by market forces. He added that a reduction in food prices could occur if renewables are used by processors and distributors.

An environmental activist from Cape Town and founder of Blackgirls Rising, Soli Fuyani, argues that renewable energy will help South Africa's agriculture respond to growing climate change pressures while simultaneously improving energy security on farms. Agriculture is at the intersection of the country's energy, water, and climate challenges, and farmers are already battling drought, unpredictable rainfall, floods, and rising temperatures.

For Fuyani, the value of renewable energy goes beyond simply lowering electricity bills. Solar energy can support irrigation, cooling, and processing, reducing farms' dependence on coal-fired electricity. She believes this should be part of a broader movement towards climate-smart agriculture, alongside improved water management, soil health, and biodiversity protection. She insists that 'renewable does not automatically mean no impact.'

Fuyani also points out the need to consider the location of solar infrastructure, its impact on productive land and ecosystems, as well as the fate of solar panels and batteries at the end of their service life. She believes the transition must reach small and emerging farmers through accessible financing, technical support, and shared infrastructure such as community solar, cooling, and irrigation systems.

Professor Samson Mampheveli, head of the Energy Secretariat at the Department of Science and Technology Innovation (DSTI) in the South African National Energy Development Institute (SANEDI), notes that the decision to move away from complete reliance on the national grid is largely driven by energy security concerns and the rising cost of electricity. For farmers, unreliable power supply can have consequences far beyond the electricity bill. Cable theft, outages, and scheduled shutdowns can disrupt irrigation, cooling, processing, and livestock farming, potentially leading to direct production losses.

Mampheveli states that solar and other renewable systems can offer farmers a cheaper and more reliable alternative with a relatively short payback period. He emphasizes that the size of the farm is not the decisive factor when designing a renewable energy system; what matters most is an assessment of the farm's specific energy demand, which must be conducted by a qualified engineer or electrician.

In addition to savings, stable power supply protects production. For example, a power outage on a poultry farm in winter can lead to bird deaths from cold, and a break at a dairy farm can jeopardize milk stored in cold rooms. Mampheveli concludes that correctly sizing the system is key to ensuring the expected return on investment, stressing: 'The system must be properly sized by a qualified engineer.'

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Under the PM-KUSUM scheme, farmers in Uttar Pradesh can receive a subsidy of up to 90% for installing solar pumps for irrigation. This helps reduce dependence on diesel fuel, and in some cases, farmers can sell surplus electricity back to the grid.

For a long time, diesel pumps remained an expensive and polluting source of irrigation in vast rural areas of India. The Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan (PM-KUSUM) program was created specifically to make solar irrigation economically accessible to farmers.

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At the national level, this program sets ambitious goals: 10,000 MW under Component A, 1.4 million standalone pumps under Component B, and 3.5 million grid-connected solar pumps under Component C. Central financial support of ₹34,422 crore is provided to achieve these goals, with a deadline set for March 2026.

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In Uttar Pradesh, this scheme is implemented jointly by UPNEDA (Uttar Pradesh New and Renewable Energy Development Agency) and four regional distribution companies, UPPCL. The standard subsidy structure provides about 60% of the total subsidy for farmers from General and OBC categories. However, for farmers from Scheduled Caste, Scheduled Tribe groups, and in priority districts of Bundelkhand, the subsidy can reach 90%.

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According to the Minister for New and Renewable Energy's response in Lok Sabha (reported in early 2026), 53,182 standalone solar pumps have been installed in Uttar Pradesh under Component B. This number ranks third among all states after Maharashtra (197,863) and Haryana (136,572).

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This opportunity is available for homes whose roofs meet the necessary technical requirements for installing solar panels. This step by the Delhi government aims to completely eliminate the significant initial financial burden, which could reach around 200,000 rupees when installing solar panels.

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Currently, 10,073 solar systems are installed in Delhi, most of which are located on government buildings. To change this situation, the government has set a target to add 500 megawatts (MW) of additional solar capacity by installing solar panels on 230,000 rooftops by March 2027. This entire program will be implemented under a Utility-Led Aggregation (ULA) model managed by utility companies. Indraprastha Power Generation Company Limited (IPGCL) will select contractors through Competitive Bidding and will manage the entire process, from installation to complaint resolution.

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