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Shirdi Temple Issues EPC Tender for 1.7 MW Rooftop Solar Project to Boost Clean Energy Transition – EQ

Shirdi Temple Issues EPC Tender for 1.7 MW Rooftop Solar Project to Boost Clean Energy Transition – EQ

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In Short : The Shirdi Sai Baba Temple Trust has floated an EPC tender for a 1.7 MW rooftop solar project, aiming to strengthen sustainability and reduce energy costs across its premises. The initiative aligns with Maharashtra’s clean energy goals and highlights the temple’s commitment to adopting renewable power. The project is expected to enhance energy efficiency and support long-term environmental stewardship.

In Detail : The Shirdi Sai Baba Temple Trust has taken a significant step toward sustainability by releasing an EPC tender for a 1.7 MW rooftop solar project. This initiative demonstrates the Trust’s commitment to integrating renewable energy into its operations and reducing dependence on conventional power sources. As one of the most visited spiritual destinations in India, Shirdi’s move is likely to inspire similar institutions across the country.

The proposed rooftop solar capacity will be installed across various buildings managed by the Temple Trust. These include administrative blocks, guest accommodations, and community service centres, all of which collectively contribute to substantial energy consumption. By adopting solar energy, the Trust aims to lower its electricity bills while ensuring uninterrupted power supply during peak visitor seasons.

The tender invites qualified EPC contractors to design, engineer, supply, install, and commission the 1.7 MW system. It also includes provisions for long-term operation and maintenance support to ensure optimal performance of the solar assets. The Trust has emphasized quality standards, safety protocols, and compliance with national renewable energy norms.

This project aligns with Maharashtra’s broader renewable energy strategy, which encourages rooftop solar deployment across commercial and institutional buildings. Temples and public institutions have emerged as strong contributors to green energy adoption, and Shirdi’s participation adds further momentum to this trend. The state’s solar rooftop policies will provide regulatory clarity and support for smooth implementation.

A key objective of the project is to significantly reduce the carbon footprint associated with the temple’s large-scale daily operations. With millions of devotees visiting annually, electricity demand remains high due to lighting, cooling, security systems, and community services. Solar energy presents a sustainable alternative capable of offsetting substantial grid consumption.

The tender also highlights the Trust’s focus on cost efficiency. Rising electricity tariffs have increased operational expenses for major institutions, making renewable energy a financially viable solution. Over the life of the project, the solar installation is expected to generate considerable savings while offering predictable energy costs.

In addition to financial gains, the project positions Shirdi Temple as a role model for eco-friendly practices. Many religious and cultural institutions are now embracing clean energy, recognizing its importance for environmental conservation and societal well-being. Shirdi’s decision is therefore both symbolic and strategic, reinforcing the temple’s commitment to responsible resource management.

Once commissioned, the rooftop solar system is expected to contribute significantly to the temple’s overall energy mix. It may also serve as an educational opportunity for visitors and devotees to understand the benefits of renewable energy. Through demonstrations and awareness programs, the Trust can further promote sustainable practices among the millions who visit annually.

Overall, this 1.7 MW rooftop solar tender marks an important milestone in the temple’s sustainability journey. It supports India’s national renewable energy targets, strengthens local clean energy adoption, and reflects a forward-looking approach to environmental responsibility. The initiative not only enhances operational efficiency but also symbolizes the temple’s dedication to a greener, cleaner future.

Anand Gupta Editor - EQ Int'l Media Network