Hybrid & Floating Solar

Integrating Water and Sun for Smarter Generation

We design hybrid systems combining hydro reservoirs with solar PV to enhance plant load factors and grid stability.

we cover float selection, anchoring, and electrical safety under variable water levels and climatic conditions.

We provide performance monitoring and maintenance protocols specific to floating and hybrid systems.

DPRs and engineering for BPCL Kochi, Petronet LNG, and Nepal hybrid projects.

Low-impact designs optimising both land and water use efficiently and sustainably.

Anchoring and electrical layouts validated through simulation and CFD analysis.

Inverter selection parameters in a solar power plant

Inverter selection is a crucial aspect of solar power plant design, and a lot of considerations go into the decision-making process.…
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DC cable selection in solar power plants

Solar power plants generate DC (direct current) electricity, which is then converted into AC (alternating current) electricity using inverters. DC cables…
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Key considerations in selection of MC4 connectors in a solar power plant

MC4 connectors are a crucial component in any solar power plant as they connect the solar panels to the cables that…
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A review of Niti Aayog report ” TUrning around India’s Distribution Power Sector

The Niti Aayog report on turning around the discoms in India is a comprehensive review of the challenges faced by the…
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Key considerations in selection of module mounting structure for your solar power plant

Mounting structures are one of the most important components of a solar power plant as they support the solar panels and…
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Technical features of a floating system for solar power project

Solar energy is an excellent source of renewable energy that has been widely adopted across the world. However, the installation of…
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Inverter selection parameters in a solar power plant