Introduction
India has committed to installing 500 GW of non-fossil fuel-based electricity capacity by 2030—a target that demands roughly 41 GW of new solar and wind capacity every year. As of February 2026, the country stands at 266.68 GW, just over halfway there. Bridging the remaining gap requires an estimated $300 billion in cumulative investment, a financing challenge private capital alone cannot solve.
For C&I consumers, independent power producers (IPPs), and developers, the real challenge is navigating India's layered web of central government schemes, tax incentives, and concessional financing windows. Renewable energy is economically viable — but capturing the full benefit means knowing how PM-KUSUM subsidies, IREDA loans, accelerated depreciation, and Viability Gap Funding fit together.
This guide maps the complete federal funding landscape so you can identify, access, and stack the right incentives for your projects.
TLDR
- India's 500 GW renewable energy target is backed by a record ₹26,549 crore MNRE budget for FY2025-26
- Key schemes: PM-KUSUM (34,800 MW), Solar Parks (39,973 MW sanctioned), Rooftop Solar Phase II, and PLI for solar manufacturing (₹24,000 crore)
- The National Green Hydrogen Mission adds another ₹19,744 crore in dedicated funding
- 40% Accelerated Depreciation, 5% GST on solar equipment, and Viability Gap Funding cut project costs by 20–30%
- Eligibility spans farmers, residential consumers, C&I buyers, IPPs, and manufacturers—each with distinct application pathways
- Opten Power helps C&I buyers align funding windows with procurement and PPA structuring in real time
India's Renewable Energy Funding Landscape: An Overview
Understanding the difference between "funding" and "financing" is critical when navigating India's renewable energy support ecosystem. Funding refers to non-repayable grants, subsidies, and viability gap support provided directly by the government to reduce project capital costs or bridge commercial gaps. Financing, by contrast, involves repayable capital—concessional loans from institutions like IREDA, green bonds, or tax equity structures. Both play complementary roles in making projects bankable.
Key Institutions Administering Federal Support
Three central institutions form the backbone of India's renewable energy funding architecture:
| Institution | Primary Role | FY26 Strategic Focus |
|---|---|---|
| Ministry of New and Renewable Energy (MNRE) | Policy formulation, scheme administration, subsidy disbursement | Administering INR 26,549 crore budget (53% YoY increase), driving PM Surya Ghar and Green Hydrogen Mission |
| Solar Energy Corporation of India (SECI) | Tender aggregation, PPA intermediation, project implementation | Issuing 50 GW annual RE power bids, implementing Solar Parks and PLI Tranche-II |
| Indian Renewable Energy Development Agency (IREDA) | Development finance, concessional loans, NBFC market-making | Providing 70-80% debt financing for RE projects with AAA domestic ratings |
These three institutions operate through a wider network. State nodal agencies serve as critical implementation partners, coordinating between central schemes and ground-level execution. Many MNRE schemes require state governments to sign Memoranda of Understanding (MoUs) before funds are released—project developers should confirm MoU status with their state agency before submitting applications.
The FY2025-26 Union Budget's allocation of INR 26,549 crore as Gross Budgetary Support to MNRE signals strong sovereign backing, with heavy weighting toward green hydrogen and decentralized solar. The 53% year-on-year increase—the largest in MNRE's history—means more schemes are open simultaneously, compressing timelines for developers who move early.
Major Central Government Schemes for Renewable Energy
PM-KUSUM Scheme
The Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyaan (PM-KUSUM) targets 34,800 MW of decentralized solar capacity by March 2026, backed by Rs 34,422 crore in Central Financial Assistance. As of November 2025, 10,203 MW has been installed with Rs 7,106 crore released.
Three Components:
Component A: Decentralized Ground/Stilt Mounted Plants (500 kW to 2 MW)
- No direct capital subsidy to developers; DISCOMs receive a Performance Based Incentive (PBI) of Rs 0.40/unit or Rs 6.6 lakh/MW for 5 years
- Power purchased via Feed-in-Tariff or competitive bidding
- Farmers sell surplus power to DISCOMs, creating a revenue-generating distributed generation model
Component B: Stand-alone Solar Agriculture Pumps (up to 7.5 HP)
- 30% Central Financial Assistance (50% for North-Eastern Region, hilly states, and islands)
- 30% State Subsidy + 40% Farmer Contribution
- Reduces diesel dependency and cuts operational costs
Component C: Grid-Connected Pump Solarization
- 30% CFA (up to Rs 1.05 crore/MW for feeders; 50% for special states)
- 30% State Subsidy
- Net-metering or surplus sale to DISCOMs at state-determined tariffs
Key Insight: For IPPs and EPC companies, Component A represents a low-risk entry into utility-scale solar. The PBI provided to DISCOMs ensures strong off-taker appetite and timely PPA execution, mitigating traditional state-level payment risks.
Solar Park and Ultra Mega Solar Power Projects
Beyond farm-level installations, SECI and state agencies jointly develop plug-and-play solar parks that bundle land, transmission connectivity, and water access — substantially reducing upfront development risk. As of October 2025, 55 solar parks with 39,973 MW sanctioned capacity have been approved across 13 states, with the scheme extended to March 2029.
Central Financial Assistance Structure:
- DPR preparation costs covered up to Rs 25 lakh per solar park
- Infrastructure grant of up to Rs 20 lakh/MW or 30% of project cost (whichever is lower)
- Covers land development, internal transmission, pooling substations, external grid connectivity, roads, and water access
Developer Access: Capacities within parks are allocated primarily through **SECI competitive bidding and tariff-based reverse auctions**. The Rs 20 lakh/MW CFA explicitly absorbs external grid-connectivity costs, cutting project gestation periods.
Rooftop Solar Programme Phase II
Now subsumed under PM Surya Ghar: Muft Bijli Yojana, this scheme targets massive residential deployment but explicitly excludes C&I consumers from direct capital subsidies.
Residential Subsidy Slabs (Direct Benefit Transfer):
- Up to 3 kW: Rs 14,588/kW (General States) | Rs 17,662/kW (Special Category States)
- 3 kW to 10 kW: Rs 7,294/kW (General) | Rs 8,831/kW (Special)
- Above 10 kW: Fixed at Rs 94,822 (General) | Rs 1,14,803 (Special)
C&I Reality: While excluded from CFA, C&I consumers remain the most economically viable rooftop segment due to high grid tariffs. Their financial case rests on three levers:
- Net-metering, guaranteed under Electricity Rules and state SERC regulations
- 40% Accelerated Depreciation under Section 32
- IREDA debt financing up to 70-75% with tenures up to 15 years
Combining the 5% GST rate, 40% AD, and IREDA debt, C&I rooftop projects currently deliver payback periods of 3-4 years.
PLI Scheme for Solar PV Modules
Upstream from project development, the Production Linked Incentive scheme allocates INR 24,000 crore to incentivize fully and partially integrated high-efficiency solar module manufacturing.
Key Details:
- 48,337 MW awarded across Tranche I (Rs 4,500 crore) and Tranche II (Rs 19,500 crore)
- Manufacturers include Reliance, Indosol, Waaree, and other domestic players
- Disbursed annually for 5 years post-commissioning, linked to sales volume, module efficiency, temperature coefficient, and local value addition
Indirect Benefit for Developers: As domestic manufacturing scales, module procurement costs for project developers decrease over time, improving overall project economics.
National Green Hydrogen Mission
For industries targeting deep decarbonization, the National Green Hydrogen Mission offers a separate funding track. Approved in January 2023 with INR 19,744 crore, the NGHM aims to produce 5 Million Metric Tonnes (MMT) of green hydrogen annually by 2030, requiring ~125 GW of associated renewable energy capacity.
SIGHT Programme (Core Financial Engine):
- Rs 13,050 crore allocated for green hydrogen production incentives
- Rs 4,440 crore for electrolyser manufacturing scale-up
- Rs 2,254 crore earmarked for R&D, pilot projects, and workforce development
Target Industries: Fertilizers, petroleum refineries, steel, shipping, and mobility. If you operate in any of these sectors, the NGHM's production incentives and emerging offtake guarantees offer a viable pathway to decarbonizing hard-to-abate processes.
SECI's recent auctions discovered green ammonia prices at Rs 53.27/kg, signaling rapid market maturation and commercial viability.
Financial Incentives and Tax Benefits
India's renewable energy policy stack offers several financial incentives that directly affect project economics — from tax shields and GST relief to grant funding and concessional debt. Here's how each mechanism works and who it applies to.
Accelerated Depreciation (AD)
Renewable energy assets are eligible for 40% depreciation in the first year under Section 32 of the Income Tax Act (Written Down Value basis). This applies to solar power generating systems, inverters, and wind devices.
Strategic Value:
- Allows businesses to recover up to 60% of asset value in the first two years
- Reduces taxable income for asset owners
- Particularly valuable for C&I players who own captive solar or wind assets
- Can be combined with other incentives like IREDA loans and Corporate PPAs
Section 80-IA Tax Holiday: Now Obsolete
The 10-year tax holiday for power generation companies is no longer available for new projects. The sunset clause required commissioning before March 31, 2017.
Critical Update: Financial models for greenfield projects must exclude Section 80-IA entirely and rely on:
- 40% Accelerated Depreciation (Section 32)
- Concessional 15% corporate tax rate for new manufacturing companies
GST Concessions
Effective September 22, 2025, the GST Council slashed rates on solar modules, cells, inverters, and mounting structures from 12% to 5%.
Impact:
- Lowers utility-scale CAPEX by ₹20–25 lakh per MW
- Represents a 3-4% overall CAPEX reduction
- IPPs and EPCs must recalculate project IRRs and renegotiate ongoing procurement contracts
Viability Gap Funding (VGF)
VGF is a one-time central government grant to bridge the gap between levelized cost of energy and contracted tariff for projects that are socially desirable but commercially unviable without support.
Current Eligibility:
- Battery Energy Storage Systems (BESS): Up to 40% of capital cost as budgetary support
- Offshore Wind: VGF approved for initial 1,000 MW to establish domestic supply chain
- Emerging Technologies: Storage, green hydrogen, and other priority areas
- Typical ceiling: 40% of project cost, varying by technology and strategic priority
IREDA Concessional Financing
IREDA provides long-tenure loans (up to 15-25 years) with competitive interest rates ranging from 8.45% to 11.80% depending on borrower grade and sector.
Key Features:
- 70-80% debt financing for RE projects
- 35 bps interest rate rebate for AAA-rated borrowers
- Specialized bridge loans against MNRE subsidies
- Prioritized lending for projects with MNRE scheme linkages
For C&I buyers and developers, stacking IREDA financing with accelerated depreciation and Corporate PPAs is where the real economics emerge. Opten Power's platform lets businesses model these combinations in real time — comparing true financing costs and ROI across project structures before committing to a deal.
Who Qualifies: Eligibility Across Business Segments
Here's a breakdown of eligibility by stakeholder type:
Farmers and Rural Cooperatives
- PM-KUSUM Component B & C: Stand-alone and grid-connected solar pumps
- Land ownership, DISCOM empanelment, state nodal agency coordination
Residential Consumers
- Rooftop Solar Phase II (PM Surya Ghar): Direct capital subsidies via DBT
- Building ownership, DISCOM verification, ALMM-compliant modules
C&I Consumers and Large Enterprises
- Net-metering, Accelerated Depreciation, Section 32, IREDA loans, Open Access frameworks
- High grid tariffs (above ₹6–7/unit), creditworthiness for IREDA financing, land or rooftop availability
IPPs and Developers
- Solar Park allocations, SECI tenders, VGF for emerging technologies
- Technical capacity, financial strength, ALMM compliance, state MoU alignment
Manufacturers
- PLI Scheme for solar modules and electrolysers
- Manufacturing capacity, efficiency benchmarks, local value addition commitments
Common Eligibility Conditions Across MNRE Schemes
- Land availability or ownership documentation
- DISCOM/state nodal agency empanelment
- Technical specifications compliance (ALMM list for modules)
- Financial capacity (net worth, credit rating)
- State MoU with MNRE: many central schemes withhold funds until your state has signed the necessary agreement — confirm this before applying
How to Access Federal Funding: A Step-by-Step Approach
Step 1 — Identify the Right Scheme
Match your business profile (sector, scale, technology, ownership structure) to the appropriate scheme or incentive window.
Starting Points:
- MNRE's official scheme portal: Comprehensive scheme guidelines and eligibility criteria
- SECI's tender calendar: 50 GW annual bidding trajectory for utility-scale projects
- State nodal agency websites: Local implementation details and MoU status
Reality Check: Information is fragmented across agencies. Platforms like Opten Power aggregate this data and match your consumption profile to suitable projects and funding windows in real time.
Step 2 — Prepare the Application
Weak documentation is the most common reason for rejection or disbursement delays. Typical requirements include:
Core Documentation:
- Project feasibility reports with technical and financial analysis
- Land documents (ownership, lease agreements, land use permissions)
- Financial projections (IRR, payback, cash flow models)
- Technical specifications (module datasheets, inverter specs, grid connectivity approvals)
- Empanelment certificates from state nodal agencies or DISCOMs
- ALMM compliance certificates (mandatory for government-subsidized projects)
Step 3 — Stack Funding Sources
"Stacking" means layering multiple financing instruments — grants, concessional debt, tax benefits, and favorable procurement structures — so that together they cover the full capital requirement of a project.
Conceptual Example: C&I Solar Project (1 MW Rooftop)
Capital Stack:
- 40% Accelerated Depreciation (Section 32) — reduces taxable income by ₹1.6 crore in Year 1 (assuming ₹4 crore CAPEX)
- IREDA Concessional Loan — 70% debt at 9.5% interest with 15-year tenure
- Long-term Corporate PPA — structured through platforms like Opten Power to lock in tariff and hedge against grid price volatility
- 5% GST Rate — saves ₹20 lakh on procurement vs. the previous 12% rate
Combined Impact: Payback period of 3-4 years with IRR of 18–20%.
Step 4 — Monitor and Comply Post-Sanction
Those IRR projections only hold if the project stays compliant. Federal funding comes with ongoing compliance obligations — failure to meet them can trigger grant recovery or blacklisting from future schemes.
Compliance Requirements:
- Performance monitoring: Regular reporting of generation, capacity utilization, and grid injection
- Utilisation certificates: Documenting fund deployment and milestone completion
- ALMM compliance: Ensuring modules and cells remain on approved lists (critical as ALMM List-II for cells becomes mandatory June 1, 2026)
- Grid connectivity norms: Adhering to state SERC regulations and DISCOM technical standards
Critical Deadline: The ALMM exemption for open-access and net-metering projects expires June 1, 2026. Projects failing to commission before this cutoff must use ALMM-compliant supply chains or face regulatory exclusion.
Frequently Asked Questions
How is renewable energy funded?
Renewable energy in India is funded through a combination of central government grants and subsidies (MNRE schemes like PM-KUSUM and Solar Parks), concessional debt from institutions like IREDA, private equity and project finance, tax incentives such as 40% accelerated depreciation, and market mechanisms like Corporate PPAs and green bonds.
Who are the largest investors in renewable energy?
Major investor categories include central public sector undertakings (SECI, NTPC Renewable Energy), large private IPPs (ReNew, Adani Green, Tata Power), development finance institutions (ADB, IFC), and domestic lenders like IREDA, PFC, and REC. International sovereign wealth funds are also increasingly active as the sector matures.
What are the 5 main sources of renewable energy?
The five main sources are solar (the dominant source in India with 143.60 GW installed capacity), wind (55.13 GW), small hydro (<25 MW), biomass/biogas, and emerging sources such as green hydrogen and offshore wind. India's installed capacity is heavily skewed toward solar and wind.
What is IREDA and what financing does it offer for renewable energy projects?
IREDA (Indian Renewable Energy Development Agency) is a Government of India enterprise under MNRE offering concessional, long-tenure loans for solar, wind, hydro, biomass, and green hydrogen projects. Debt financing covers up to 70-80% of project cost, with tenures up to 25 years and interest rates between 8.45% and 11.80%.
How can C&I businesses benefit from government renewable energy schemes in India?
While most direct subsidies target residential or agricultural users, C&I businesses benefit from 40% accelerated depreciation, IREDA financing for captive projects (up to 70-75% debt), open access frameworks, net-metering regulations, and 5% GST on solar equipment. Long-term Corporate PPAs can stack with these incentives to achieve payback periods of 3-4 years.
What is Viability Gap Funding in the context of renewable energy?
VGF is a one-time or limited capital grant from the central government to bridge the financial gap for renewable energy projects that are socially desirable but not commercially viable without support. It is currently prioritized for offshore wind (1,000 MW approved), battery energy storage systems (up to 40% of capital cost), and emerging clean energy technologies.
