Solar Farming India 2026 – PM-KUSUM, ROI & Installation Guide
Solar powered farming India 2026 has entered a decisive turning point — with the government nearly doubling the PM-KUSUM budget to Rs.5,000 crore in Budget 2026-27, over 10 lakh solar pumps already installed, and PM-KUSUM 2.0 on the horizon with a Rs.50,000 crore outlay. For Indian farmers still spending Rs.3,000–8,000 every month on diesel or facing erratic grid power, switching to solar is no longer just an environmental choice — it is a proven financial strategy with ROI in under 2 years. This complete 2026 guide covers everything you need: PM-KUSUM scheme details, all 3 components explained, solar pump costs before and after subsidy, step-by-step installation process, ROI analysis, who should apply, and the emerging agrivoltaics opportunity for India’s farmers.
- What Is Solar Powered Farming in India 2026?
- PM-KUSUM Scheme 2026 – Complete Overview
- PM-KUSUM Component A, B & C Explained
- Solar Pump Cost in India – Price Table 2026
- ROI of Solar Powered Farming – Cost-Benefit Analysis
- PM-KUSUM Eligibility & Required Documents
- How to Apply for PM-KUSUM Online 2026 – Step by Step
- Who Should Apply for Solar Farming Schemes in India?
- Solar Powered Farming vs Diesel Pump – Comparison
- High-Value Solar & Agri-Tech Terms Every Farmer Must Know
- FAQ – Solar Powered Farming India 2026
| Scheme Name | PM-KUSUM (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan) |
| Ministry | Ministry of New and Renewable Energy (MNRE) |
| Budget Allocation 2026-27 | Rs.5,000 crore (doubled from Rs.2,600 crore) |
| Total Subsidy | 60% (30% Central + 30% State); up to 90% for SC/ST/SHGs |
| Farmer’s Own Contribution | Only 10% (rest via subsidy + 30% bank loan) |
| Solar Pump Range | 3 HP to 10 HP (standalone and grid-connected) |
| Pumps Installed So Far | Over 10 lakh (as of 2026) |
| Solar Capacity Target | 34,800 MW by March 2026 |
| Solar Pump ROI Period | 18–24 months (after subsidy) |
| Panel Lifespan | 25+ years (near-zero maintenance cost) |
| Application Mode | Online (mnre.gov.in) + State portals |
What Is Solar Powered Farming in India 2026?
Solar powered farming India 2026 means harnessing photovoltaic (PV) solar panels to power every energy-intensive farm activity — from irrigation pumps and tube-wells to cold storage, drip systems, and post-harvest processing. For decades, Indian farmers have been trapped in a cycle of unreliable grid power (often available only at night) and expensive diesel pumps that consume nearly 20% of India’s total electricity. Solar energy breaks this cycle permanently.
The Union Budget 2026-27 signalled an unmistakable policy shift — nearly doubling the PM-KUSUM allocation to Rs.5,000 crore while simultaneously announcing PM-KUSUM 2.0 with a Rs.50,000 crore outlay targeting agro-PV (agrivoltaics) models, battery integration, and expanded feeder-level solarisation. With MNRE (Ministry of New and Renewable Energy) driving implementation and ICAR-aligned institutions providing technical support, solar farming is no longer an experiment — it is India’s mainstream agricultural energy strategy for 2026 and beyond.
PM-KUSUM Scheme 2026 – Complete Overview
The PM-KUSUM scheme (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan) was launched in March 2019 by the Ministry of New and Renewable Energy. Its central mission: transform Indian farmers from energy consumers into Urjadatas (energy providers) by subsidising solar power plants, solar irrigation pumps, and feeder solarisation — while allowing farmers to sell surplus electricity for additional income.
In 2026, PM-KUSUM has achieved historic scale: 4.4 lakh pumps were installed under Component B in FY25 alone — a 4.2x jump over the previous year. Component C saw 2.6 lakh grid-connected pumps solarised — a staggering 25x increase over FY24. The scheme’s total central financial support stands at Rs.34,422 crore, targeting 34,800 MW of solar capacity addition. Application deadlines have been extended, and the government is finalising PM-KUSUM 2.0 with significantly expanded scope and budgets.
PM-KUSUM Component A, B & C Explained
PM-KUSUM 2026 is structured around 3 distinct components, each addressing a different irrigation and energy need. Here is a complete breakdown:
- ☀️ Component A — Decentralised Solar Power Plants: Installation of 10,000 MW of decentralised ground-mounted or stilt-mounted grid-connected solar or renewable energy power plants on farmers’ barren, fallow, or cultivable land. Each plant connects to the local DISCOM grid under a Power Purchase Agreement (PPA). Central Financial Assistance (CFA) of 30% on installation cost (up to Rs.1.05 crore/MW) is provided; NE states, J&K, HP, Uttarakhand, and island territories receive 50% CFA (up to Rs.1.75 crore/MW). Land requirement: 2–5 acres per MW. Farmers earn by selling power at a fixed tariff for 25 years.
- 💧 Component B — Standalone Solar Agriculture Pumps: Installation of 14 lakh standalone (off-grid) solar agriculture pumps in areas without grid connectivity. Pump capacities range from 3 HP to 10 HP. The cost-sharing formula: 60% subsidy (30% central + 30% state), 30% bank loan, and only 10% paid by the farmer. This component directly replaces diesel pumps and provides reliable daytime irrigation to remote villages and tribal areas.
- 🔌 Component C — Solarisation of Grid-Connected Pumps: Solarisation of 35 lakh existing grid-connected agricultural pumps and feeder-level solar projects. Farmers with existing electric pumps get solar panels installed above their systems — providing reliable daytime power for irrigation (no more waiting for night-time power supply). Any surplus solar electricity is fed back to the grid, and farmers earn additional income. Maharashtra’s Mukhyamantri Saur Krushi Vahini Yojana (MSKVY) under this component has already installed 5 lakh pumps and targets 1,600 MW by 2026.
Solar Pump Cost in India 2026 – Price Table Before & After Subsidy
Solar pump costs in India vary by capacity (HP), panel type (monocrystalline vs polycrystalline), and installation mode (surface vs submersible). The table below reflects the most current 2026 market pricing, both before and after PM-KUSUM subsidy:
| Pump Capacity | Market Price (Before Subsidy) | After 60% Subsidy (Farmer Pays 10%) | Annual Diesel Saving | Estimated ROI Period |
|---|---|---|---|---|
| 1 HP Solar Pump | Rs.97,000–1.10 lakh | Rs.9,700–11,000 | Rs.18,000–25,000/yr | 6–8 months |
| 2 HP Solar Pump | Rs.1.2–1.7 lakh | Rs.12,000–24,000 | Rs.25,000–35,000/yr | 8–12 months |
| 3 HP Solar Pump | Rs.1.8–2.0 lakh | Rs.55,000–70,000 | Rs.35,000–50,000/yr | 12–18 months |
| 5 HP Solar Pump | Rs.3.0–3.5 lakh | Rs.90,000–1.05 lakh | Rs.50,000–70,000/yr | 15–24 months |
| 7.5 HP Solar Pump | Rs.3.5–4.5 lakh | Rs.1.05–1.35 lakh | Rs.70,000–90,000/yr | 18–24 months |
| 10 HP Solar Pump | Rs.3.8–5.0 lakh | Rs.1.14–1.50 lakh | Rs.90,000–1.20 lakh/yr | 12–20 months |
Note: Prices are indicative 2026 market benchmarks. Actual cost after subsidy varies by state, vendor, and pump type. In Assam, for example, the farmer’s share for a 2 HP DC submersible solar pump under Component B is fixed at just Rs.23,749. Use the MNRE official portal to check state-specific benchmark costs before applying.
ROI of Solar Powered Farming India 2026 – Cost-Benefit Analysis
The financial case for solar powered farming India 2026 is compelling across every farm size. Unlike diesel pumps — which have a recurring, ever-rising fuel cost — a solar pump has near-zero operational cost for 25+ years after the one-time installation. Here is a comprehensive cost-benefit analysis for a medium-sized farm of 5 acres:
| Parameter | Diesel Pump (5 HP) | Solar Pump 5 HP (PM-KUSUM) | Annual Saving |
|---|---|---|---|
| Upfront Investment | Rs.50,000–80,000 (diesel pump) | Rs.90,000–1.05 lakh (after 60% subsidy) | — |
| Annual Fuel/Power Cost | Rs.60,000–90,000 (diesel) | Rs.0 (solar energy is free) | Rs.60,000–90,000 |
| Annual Maintenance | Rs.8,000–15,000 | Rs.1,000–2,500 (panel cleaning only) | Rs.7,000–12,500 |
| Surplus Power Income | Rs.0 | Rs.50,000–1.50 lakh/yr (Component A/C) | +Rs.50,000–1.50 lakh |
| Total Annual Benefit | — | — | Rs.1.17–2.53 lakh/yr |
| Break-Even Period | — | Investment recovered | 15–24 months |
| 25-Year Total Savings | — | Solar lifespan: 25+ years | Rs.15–25 lakh per pump |
For Component A participants — farmers who install decentralised solar plants on their barren land and sell power to DISCOMs at a fixed tariff — the income potential is even higher. A 1 MW plant on 4–5 acres of barren land generates Rs.15–25 lakh per year in electricity sales revenue under a 25-year Power Purchase Agreement with the state DISCOM. Maharashtra’s fixed tariff of Rs.3.10/kWh under MSKVY makes this an especially attractive passive income stream for land-owning farmers.
PM-KUSUM Eligibility & Required Documents 2026
Before applying for PM-KUSUM 2026, verify you meet the eligibility criteria for your chosen component. Below is the complete eligibility and document checklist:
- 👨🌾 Individual Indian Farmers: Must own valid cultivable or barren agricultural land. Should not have previously received a solar pump subsidy for the same land. Must fulfil state government’s additional conditions (varies by state).
- 🏘️ Farmer Producer Organisations (FPOs): Registered FPOs with valid land-use agreement. Eligible for highest subsidy slab — up to 100% on drones, and highest CFA on Component A solar plants.
- 🏛️ Village Panchayats & Cooperatives: Registered agricultural cooperatives and village panchayats can apply for feeder-level solarisation (Component C) on behalf of member farmers.
- 💧 Water User Associations (WUAs): WUAs managing irrigation for groups of farmers qualify for bulk solar pump installation under Components B and C.
- 🏜️ Barren/Fallow Land Owners: For Component A, landowners with barren, marshy, or unused agricultural land near a power sub-station can set up solar plants and earn from power sales without farming the land.
- 🔌 Component C Specific: Must have an existing grid-connected agricultural pump registered with the state DISCOM. Leaseholders with a valid lease agreement and land-use certificate also qualify.
| Document | Component A | Component B | Component C |
|---|---|---|---|
| Aadhaar Card | ✅ Required | ✅ Required | ✅ Required |
| Land Records / Khasra-Khatauni | ✅ Required | ✅ Required | ✅ Required |
| Bank Passbook (for DBT) | ✅ Required | ✅ Required | ✅ Required |
| Passport-Size Photo | ✅ Required | ✅ Required | ✅ Required |
| Existing DISCOM Connection Proof | ❌ Not needed | ❌ Not needed | ✅ Required |
| Power Purchase Agreement (PPA) | ✅ Required | ❌ Not needed | Optional |
| Caste Certificate (SC/ST/OBC) | For enhanced slab | For enhanced slab | For enhanced slab |
How to Apply for PM-KUSUM Online 2026 – Step by Step
Applying for PM-KUSUM 2026 is a 7-step process that can be completed online through the central MNRE portal or your state’s renewable energy department portal. The complete installation and subsidy transfer cycle takes approximately 90 days from application approval.
- 🌐 Visit the Official Portal: Go to mnre.gov.in (MNRE official website) or your state’s renewable energy portal (e.g., kusum.mahaurja.com for Maharashtra, HAREDA for Haryana, UPNEDA for Uttar Pradesh).
- 📝 New Registration: Click on “PM-KUSUM” or “Solar Pump Application.” Register using your Aadhaar number, mobile number, and state/district details. You will receive an OTP on your registered mobile for verification.
- 📋 Fill Application Form: Provide complete details: personal information, land record details (Khasra/Khatauni number), existing pump details (for Component C), bank account details (for DBT subsidy transfer), and preferred pump capacity (3 HP, 5 HP, 7.5 HP, or 10 HP).
- 📎 Upload Documents: Upload scanned copies of Aadhaar card, land records, bank passbook, passport photo, and caste certificate (if applicable). File size limit: usually 200 KB per document in PDF/JPG format.
- ✅ Submit & Get Registration ID: After submission, you receive a unique Application/Registration ID. Use this to track your application status on the portal at any time.
- 💰 Receive Approval & Pay Farmer Share: Upon document verification and approval (typically 15–30 days), you will be notified to deposit your 10% farmer contribution to the designated agency bank account.
- 🔧 Installation & Handover: The DISCOM/state agency assigns an empanelled vendor who installs the solar pump system at your farm within 60–90 days of payment. A final inspection is conducted, and official handover documentation is provided. The central and state subsidy is disbursed directly to the vendor via DBT.
Who Should Apply for Solar Farming Schemes in India 2026?
Solar powered farming India 2026 is beneficial for a wide range of profiles, but the financial returns differ significantly. Here is a clear breakdown of who benefits most from PM-KUSUM and related solar schemes:
- 🌾 Farmers with Diesel Pumps (Any State): The single highest-ROI application in 2026. A farmer spending Rs.5,000–7,500/month on diesel saves Rs.60,000–90,000/year — recovering the Rs.90,000–1.05 lakh subsidised investment within 12–18 months. Every diesel pump replaced by solar is a guaranteed win.
- 💧 Farmers in Off-Grid / Remote Villages (Component B): Areas without reliable grid electricity benefit most from standalone solar pumps under Component B. No grid dependency, no power cuts, no night-time-only supply constraints. Daytime irrigation improves crop timing and yield quality.
- 👩🌾 Women Farmers & SHGs: Women-led Self-Help Groups qualify for the highest subsidy slabs — up to 90% in several states. Group applications through SHGs qualify for bulk pump installation at heavily discounted per-unit rates under Component B.
- 🏜️ Owners of Barren or Fallow Land (Component A): Farmers with unproductive barren land near a grid sub-station can install solar plants and earn Rs.15–25 lakh/year in electricity sale revenue under a 25-year DISCOM Power Purchase Agreement — without farming the land at all.
- 🏘️ Farmer Producer Organisations (FPOs): FPOs aggregating demand from 100+ member farmers can access the highest central CFA slab, negotiate better vendor rates, and demonstrate project viability for bank loan facilitation under PM-KUSUM’s 30% loan component.
- 🌿 Horticulture, Vegetable & Year-Round Crop Farmers: Crops needing frequent irrigation (drip-irrigated vegetables, orchards, floriculture) benefit most from 24/7 reliable solar-powered drip and sprinkler systems — reducing water waste by 30–50% vs flood irrigation.
- 🎓 Agri-Tech Graduates & Rural Entrepreneurs: Understanding PM-KUSUM creates career opportunities in solar pump installation businesses, DISCOM empanelled vendor companies, and agri-energy consulting — roles that offer Rs.3–10 lakh annual packages in 2026.
- 🏛️ Village Panchayats & Cooperatives: Panchayats can apply collectively for Component C feeder-level solarisation, providing reliable daytime power to all farmers in the village simultaneously — with no individual cost to participating farmers.
Solar Powered Farming vs Diesel Pump – Full Comparison 2026
| Parameter | Solar Powered Farming 2026 | Diesel Pump Irrigation |
|---|---|---|
| Upfront Cost (5 HP) | Rs.90,000–1.05 lakh (after 60% subsidy) | Rs.50,000–80,000 (pump only) |
| Annual Running Cost | Rs.0 (solar energy is free) | Rs.60,000–90,000 (diesel fuel) |
| Maintenance Cost/Year | Rs.1,000–2,500 (panel cleaning) | Rs.8,000–15,000 (engine servicing) |
| Operational Hours | Daytime (6–10 hrs/day); battery hybrid = 24/7 | Anytime, but fuel cost per hour is high |
| Environment Impact | Zero emissions; carbon-neutral farming | High CO2 emissions; noise pollution |
| Reliability | No fuel supply chain dependence | Diesel price volatility; supply disruptions |
| Income Generation | Sell surplus power (Rs.50,000–1.50 lakh/yr) | No surplus; only cost |
| Government Support | 60% subsidy + 30% loan under PM-KUSUM | None (diesel costs fully borne by farmer) |
| Lifespan | 25+ years (panels); 10–15 yr (pump motor) | 5–8 years typical before major overhaul |
High-Value Solar & Agri-Tech Terms Every Farmer Must Know 2026
- 💡 Agrivoltaics (Agro-PV): Installing solar panels above or alongside crops on the same land — producing both food and electricity simultaneously. Maharashtra’s MSKVY programme is India’s most advanced agrivoltaics deployment, offering Rs.3.10/kWh for solar power. PM-KUSUM 2.0 is expected to formally integrate agrivoltaics models nationally.
- ☀️ PM-KUSUM Solar Pump Subsidy: India’s largest solar agriculture subsidy — 60% of total cost covered by central and state governments under PM-KUSUM scheme. Applicable to 3 HP–10 HP pumps. One of the highest agricultural subsidies available to Indian farmers in 2026.
- 🔋 Hybrid Solar System (Solar + Grid): Solar panels paired with battery storage or grid connectivity — enabling irrigation even on cloudy days or after sunset. Emerging as the preferred system for high-value horticulture farms in 2026, priced at Rs.5–8 lakh for a complete setup.
- 🌾 DISCOM Power Purchase Agreement (PPA): A 25-year contract between the farmer (solar plant owner under Component A) and the state electricity distribution company, guaranteeing purchase of all solar electricity generated at a fixed tariff. Provides predictable, passive income for farmers for 25 years.
- 💰 Direct Benefit Transfer (DBT) Subsidy: PM-KUSUM subsidy is disbursed directly to the empanelled vendor’s account on behalf of the farmer — eliminating middlemen and ensuring 100% subsidy reaches the intended purpose within 90 days of installation.
- 📡 IoT-Enabled Solar Pump: Smart solar pumps with IoT sensors and app-based remote monitoring — allowing farmers to schedule irrigation, track water usage, and receive maintenance alerts from their mobile phones. Available at Rs.3.5–5 lakh in the 2026 market.
- 🏭 Monocrystalline Solar Panel: Premium panel type with 19–22% efficiency — ideal for farms with limited space, hot climates (Rajasthan, Gujarat), and dusty conditions. 25-year lifespan with 80% efficiency guarantee. Price: Rs.25–35 per watt in India, 2026.
- 🌿 RKVY-RAFTAAR Solar Grant: Rashtriya Krishi Vikas Yojana grants (up to Rs.25 lakh for agri-tech startups) that complement PM-KUSUM for farmers and entrepreneurs developing solar-powered precision irrigation businesses in rural India.
- 🔆 Urjadata (Energy Provider): The PM-KUSUM scheme’s vision of transforming Indian farmers from energy consumers to energy providers — generating solar power on farm land and selling it to the national grid for additional income beyond crop revenue.
- 🌍 Carbon-Neutral Farming: Agricultural practices that produce zero net carbon emissions. Solar powered farming India 2026 eliminates diesel pump emissions (estimated at 2.5 kg CO2 per litre of diesel burned) — contributing to India’s COP30 net-zero agriculture commitments.
FAQ – Solar Powered Farming India 2026
What is solar powered farming in India and how does it work?
Solar powered farming India 2026 uses photovoltaic (PV) panels to generate electricity for irrigation pumps, lighting, cold storage, and farm machinery — replacing costly diesel and unreliable grid power. Farmers install standalone solar pumps (off-grid) or grid-connected systems that allow them to sell surplus electricity back to DISCOMs. The PM-KUSUM scheme covers 60% of total installation costs, making solar energy the most affordable and sustainable long-term power solution for Indian farmers in 2026.
What is the PM-KUSUM scheme and what are its 3 components?
PM-KUSUM (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan) is India’s flagship solar scheme for farmers, launched by MNRE in 2019 and massively expanded in 2026. Component A covers 10,000 MW of decentralised solar power plants on barren/fallow land. Component B covers installation of 14 lakh standalone solar agriculture pumps in off-grid areas. Component C covers solarisation of 35 lakh grid-connected agriculture pumps and feeders — providing reliable daytime irrigation power. Total central support: Rs.34,422 crore; Budget 2026-27 allocation: Rs.5,000 crore.
How much subsidy does PM-KUSUM provide on solar pumps in 2026?
Under PM-KUSUM 2026, the central government provides 30% and state governments provide 30%, totalling a 60% subsidy on solar pump installation costs. The remaining 30% is available as a bank loan, so farmers need to pay only 10% from their own pocket. In Assam, the farmer’s share for a 2 HP pump is fixed at just Rs.23,749. SC/ST farmers and women SHGs receive additional state-level top-up subsidies that can reduce the farmer share further — sometimes to near zero.
What is the cost of a solar pump in India after PM-KUSUM subsidy?
After PM-KUSUM 2026 subsidy, the cost of a 3 HP solar pump drops from Rs.1.8 lakh to Rs.55,000–70,000. A 5 HP solar pump costing Rs.3–3.5 lakh before subsidy comes down to Rs.90,000–1.05 lakh. For 1 HP pumps, the subsidised farmer cost can be as low as Rs.9,700–11,000. Complete systems (1–10 HP) range from Rs.97,000 to Rs.5 lakh before subsidy; after PM-KUSUM, farmers pay just 10–40% depending on category and state implementation.
What is the ROI of solar powered farming in India?
The ROI of solar powered farming India 2026 is outstanding. A farmer investing Rs.90,000 (10% share) on a subsidised 5 HP solar pump saves Rs.60,000–90,000 per year in diesel and electricity costs — breaking even in 12–18 months. Over a 25-year panel lifespan, total savings reach Rs.15–25 lakh per pump. Under Component A, farmers with barren land can earn Rs.15–25 lakh per year from electricity sales under a 25-year DISCOM Power Purchase Agreement.
Who is eligible to apply for PM-KUSUM scheme in 2026?
PM-KUSUM 2026 eligibility includes individual Indian farmers with cultivable or barren land, Farmer Producer Organisations (FPOs), Village Panchayats, registered agricultural cooperatives, Water User Associations (WUAs), and barren/fallow landowners near a power sub-station. For Component C, existing grid-connected agricultural pump owners must apply. Leaseholders with valid lease agreements also qualify. SC/ST and women farmers are eligible for higher subsidy slabs in most states.
How do I apply for PM-KUSUM scheme online in 2026?
To apply for PM-KUSUM online in 2026: visit mnre.gov.in or your state renewable energy portal; register with Aadhaar and mobile OTP; fill the application form with land and bank details; upload Aadhaar, land records, bank passbook, and photo; submit and note your registration ID. After approval (15–30 days), deposit your 10% share; the solar pump is installed within 90 days. Subsidy is directly transferred to the vendor via DBT on your behalf.
What is agrivoltaics and is it available in India?
Agrivoltaics (also called agro-PV or solar farming dual use) means using the same piece of land for both crop production and solar power generation — panels are installed on stilts above crops, allowing dual income. In India, Maharashtra’s MSKVY programme is the most advanced agrivoltaics deployment, targeting 1,600 MW by 2026 at a fixed Rs.3.10/kWh tariff. PM-KUSUM 2.0 is expected to include formal agro-PV guidelines and battery integration in the next national phase.
Last Updated: May 2026 | This guide is regularly reviewed and updated for accuracy. Bookmark this page for the latest PM-KUSUM solar farming India 2026 scheme updates, subsidy revisions, and PM-KUSUM 2.0 launch news.
