Budgetary planning figure. Final investment may vary based on technical assessment, vendor quotations, site conditions and implementation requirements.

The temple campus consumes significant grid electricity for lighting, fans, kitchen equipment, and administrative functions. Transitioning to on-site solar generation with battery backup will cut costs, reduce emissions, and ensure uninterrupted power during outages.

Installs a rooftop solar photovoltaic system with a Battery Energy Storage System (BESS) to generate and store clean electricity for campus-wide use. Excess generation feeds back to the grid or charges the BESS for night-time use.

E: Significant reduction in grid electricity consumption and CO₂ emissions. S: Energy security for the community. G: Metered generation data published monthly.

Suitable for a CSR partnership under renewable energy or community infrastructure themes. Component-level sponsorship available for solar panels, inverters, or the BESS unit.

The entire temple campus — staff, volunteers, devotees, and residents who depend on reliable power for daily operations.

Monthly generation and consumption data will be published. Vendor selection follows a competitive quotation process with results disclosed publicly.

Project execution by Xylem Foundations. All funds are managed under the Foundation's governance framework.