The Brihanmumbai Municipal Corporation (BMC) has proposed installing rooftop solar power systems across 11 civic facilities in Mumbai, with a combined estimated generation capacity of around 700 kW.
The project, estimated to cost approximately ₹4.3 crore, is aimed at reducing electricity expenditure at municipal establishments and increasing the use of renewable energy in public infrastructure.
The proposed installations will cover 10 fire stations and the municipal printing press located in Byculla.
By utilising the available rooftop space at these facilities, the civic body plans to generate electricity locally and reduce its dependence on conventional power sources.
The initiative is also expected to help lower the carbon emissions associated with electricity consumption at these establishments.
The project forms part of BMC’s broader efforts to improve energy efficiency across municipal infrastructure and promote the adoption of clean energy.
Public facilities such as fire stations and municipal offices require a consistent electricity supply for lighting, equipment, communication systems and day-to-day operations.
Rooftop solar installations can help meet a portion of these requirements through locally generated renewable electricity.
The proposed 700-kW capacity is expected to contribute towards reducing electricity bills over the longer term, depending on actual generation, consumption patterns and the operational arrangements adopted for the installations.
The initiative could also provide an opportunity for the civic administration to demonstrate the practical application of distributed solar power across government-owned buildings.
The project assumes significance as urban local bodies increasingly explore rooftop solar installations to manage their electricity costs and meet sustainability objectives.
Municipal buildings, educational institutions, healthcare facilities and other public establishments offer considerable potential for distributed solar generation, particularly in cities with high electricity consumption and available rooftop space.
