Situated in district Bathinda, the second largest district in Punjab, this 40 MW solar plant contributes to the region's agricultural and industrial energy needs while reducing carbon emissions.
This utility-scale solar installation was strategically developed to power Bathinda's thriving agricultural and industrial sectors with clean, reliable energy. By tapping into Punjab's solar potential, the plant delivers consistent output to the regional grid while significantly cutting down on fossil fuel dependency and carbon footprint.
Project challenges
Developing a 40 MW solar plant in Bathinda came with distinct challenges, including balancing energy supply between agricultural and industrial consumers, managing the flat but expansive terrain for large-scale panel deployment, and ensuring uninterrupted power delivery during peak seasonal demand periods.
Agricultural & Industrial Load Balancing
Ensuring consistent power supply to meet the fluctuating energy demands of both agricultural operations and industrial units across the district.
Large-Scale Land & Infrastructure Setup
Coordinating civil works and transmission infrastructure across the vast expanse of Bathinda's terrain to enable efficient power evacuation.
Our solution
Our team carried out a thorough site evaluation and deployed high-performance solar panels across the Bathinda site, optimally aligned to capture maximum solar irradiance. A robust power evacuation system and smart grid integration were established to reliably serve the district's agricultural and industrial energy requirements year-round.
Reliable Clean Energy for Agriculture & Industry
We delivered a 40 MW solar plant engineered to sustainably power Bathinda's agricultural and industrial sectors, significantly reducing carbon emissions while strengthening the region's energy independence.