A major renewable energy proposal aims to establish a 250 MW utility-scale solar power plant in Maharashtra, reinforcing the state’s position as one of India’s leading clean energy destinations. According to the investment proposal, the project is designed to strengthen Maharashtra’s power infrastructure while supporting India’s long-term renewable energy goals.

If implemented, the project could contribute significantly to sustainable electricity generation, reduce dependence on conventional energy sources, and encourage further investment in the renewable energy sector.

Estimated Investment of ₹812.5 Crore

The proposal estimates the total installation and development cost of the project at ₹812.5 crore, based on an installation cost of ₹3.25 crore per MW. The investment includes land development, solar PV modules, inverters, mounting structures, electrical infrastructure, grid connectivity, and project management expenses.

Such large-scale investments are expected to generate employment opportunities during both the construction and operational phases while strengthening Maharashtra’s renewable energy ecosystem.

High-Efficiency Solar Technology Planned

According to the proposal, the plant will use high-efficiency non-DCR solar photovoltaic panels to maximize electricity generation. The project is expected to deliver reliable performance while improving overall energy efficiency.

The proposal also mentions a 25-year Power Purchase Agreement (PPA) with Mahapriet at a fixed tariff of ₹4.60 per unit, providing long-term revenue visibility for the project.

Annual Power Generation Expectations

Based on projected operating conditions, the plant is expected to generate approximately 438 million kWh (438,000 MWh) of electricity annually.

The proposal assumes a Plant Load Factor (PLF) of around 20–22%, taking into account Maharashtra’s solar irradiance, seasonal variations, and expected system losses.

Strengthening Maharashtra’s Renewable Energy Mission

Maharashtra continues to witness rising electricity demand driven by rapid urbanisation, industrial expansion, and infrastructure development.

The proposal highlights that the state offers favourable conditions for solar power projects due to:

  • High solar irradiation
  • Strong transmission infrastructure
  • Supportive renewable energy policies
  • Increasing demand for clean electricity

These factors make Maharashtra an attractive destination for utility-scale solar investments.

Financial Outlook

The investment proposal projects stable long-term revenue through the fixed tariff agreement over a 25-year operational period.

The document also discusses key financial indicators such as projected cash flow, return on investment (ROI), payback period, Net Present Value (NPV), and Internal Rate of Return (IRR). However, the proposal does not publish final calculated values for several of these financial metrics.

Risks and Mitigation

Like any infrastructure project, the proposal identifies several potential risks, including:

  • Regulatory and policy changes
  • Grid integration challenges
  • Equipment performance
  • Financial and market fluctuations
  • Environmental and community-related factors

To address these risks, the proposal recommends long-term planning, quality equipment, robust maintenance practices, and close coordination with regulatory authorities.

Conclusion

The proposed 250 MW Solar Power Plant in Maharashtra represents a significant renewable energy investment that could contribute to cleaner electricity generation and long-term energy security. With an estimated investment of ₹812.5 crore, modern solar technology, and a proposed 25-year power purchase arrangement, the project has the potential to support Maharashtra’s transition toward sustainable power generation if it proceeds as planned.

FAQs

What is the proposed capacity of the solar power plant?

The project proposes a 250 MW utility-scale solar power plant in Maharashtra.

What is the estimated investment?

The proposal estimates a total project cost of approximately ₹812.5 crore.

How long is the proposed Power Purchase Agreement?

The proposal mentions a 25-year Power Purchase Agreement (PPA).

How much electricity is expected to be generated annually?

The plant is projected to generate approximately 438 million kWh of electricity every year.eport structural damage to civic authorities, and follow official safety advisories during the monsoon season.

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