For generations, Indian farmers have worn the title of Annadata, the provider of food, with a quiet, weathered pride. But behind the reverence lies a harsher reality: a life dictated by the whims of the monsoon, the volatility of the market, and the relentless, profit-eating roar of a diesel pump.
It is a reality Bhavesh Patidar knows intimately. Growing up in a farming family in Khalghat, Madhya Pradesh, he watched his father pour decades of backbreaking labour into the land. Yet, year after year, the same question lingered: would there be enough?
“Pura jeevan kheti mein laga diya, par kabhi achhi kamai nahi hui” (I spent my entire life farming, but never earned a truly good income), his father would often say.
That sentence became the defining echo of Bhavesh’s childhood. It stayed with him as he left home, earned a degree from IIT-BHU, and built a successful career in technology, founding the agritech startup Neurafarms. Yet, the further he moved from the farm, the more clearly he saw its fundamental flaw. “The problem was never something I discovered through research,” Bhavesh reflects. “I had lived it and seen it every day growing up” (Bhavesh Patidar, The Better India).
The problem was never a lack of hard work. It was a lack of control.
The Tyranny of the Grid
For decades, one of the biggest challenges for farmers has been irrigation. The grid supply was erratic, often arriving in the dead of night. Farmers would stagger out of bed at 2 a.m., stumbling into the dark to water their fields because that was the only time the electricity came. Diesel pumps filled the gap, but they were expensive, burning through thin margins with every passing hour.
Bhavesh decided to test a different path. Under the government’s PM-KUSUM scheme, which allows farmers to set up grid-connected solar plants, he installed a 2 MW solar plant on his own family’s land. Unlike farm income, which rises and falls with the weather, the income from selling electricity back to the grid was predictable. Neighboring farmers took notice. They wanted to know how it worked and whether they could do it too. That curiosity became the foundation of Solarsure.
From Constraint to Opportunity for Farmers
The shift that Bhavesh and Solarsure are driving is not merely technological. It is psychological change-making. It is a move from constraint-based planning to opportunity-based planning.
Under the Solarsure model, farmers sign a Power Purchase Agreement (PPA), providing the land while the company sets up the plant. The farmer then benefits from a steady stream of income. They earn three ways from the same acre: from the crop they sell, from the power they sell to the grid, and from the diesel costs they no longer have to pay.
“The most visible shift has been predictability and independence,” Bhavesh explains. “Farmers are no longer waiting for electricity; they are planning around it” (Bhavesh Patidar, The Better India).
For the average farmer, this translates to a 20–40 percent improvement in net income, depending on the crop type and region. As Shri Pralhad Joshi, Minister for New and Renewable Energy, recently noted, the Annadata is now becoming the Urjadata — the provider of energy. The same land that feeds the nation is now also lighting it up.
Building a Rural Energy Ecosystem
Since its launch in November 2024, Solarsure has commissioned over 300 MW of solar capacity, reaching more than 50,000 farmers across Madhya Pradesh, Rajasthan, Chhattisgarh, Telangana, Uttar Pradesh, and Odisha. The Indore-based firm has 1.5 GW in the pipeline, achieving this without external capital by relying on an asset-light, partner-driven model and a deep understanding of policy frameworks like PM-KUSUM.
What sets the company apart is an engineering-first approach in a sector often dominated by sales-led organisations. Bhavesh points out that most EPC companies in India’s distributed solar space treat engineering as a cost centre, while Solarsure treats it as its competitive moat. When a farmer is committing ₹30–50 lakh to a solar plant, they deserve the same engineering rigour as a massive utility-scale project.
The Next Harvest for Farmers
The future of this model is about to expand significantly. The government is preparing PM-KUSUM 2.0, which includes a dedicated 10 GW component for agrivoltaics. It is the practice of growing crops and generating solar power on the same land.
The agrivoltaic mandate is particularly crucial. KUSUM 1.0 required dedicating land entirely to solar generation, creating tension around diverting productive agricultural land. KUSUM 2.0 resolves this by promoting dual land use. When designed correctly, agrivoltaic structures can maintain 60–70% of crop yield while generating solar power.
The Wise Take
Decentralised solar is critical in rural regions because it brings power generation closer to where it is needed, reducing dependence on weak or distant grid infrastructure. In places where supply is unreliable, it is often more practical to bypass the grid than to fix it. Going forward, decentralised solar will play a central role in energy access, agricultural productivity, and rural economic resilience.
For the thousands of farmers who have already made the switch, the change is tangible. It is about a steadier income, a more predictable future, and the quiet dignity of no longer waiting for the electricity to come. As the sun rises over the fields of Madhya Pradesh and Odisha, it no longer just signals the start of another day of hard labour. It signals the quiet hum of a solar inverter, sending power to the grid and a steady income to the bank. The harvest is changing.
