LUCKNOW: For small hospitals and community-level healthcare facilities in Uttar Pradesh, reliable and continuous electricity is not merely an infrastructure requirement—it is essential to patient care. From operating rooms and intensive-care areas to vaccine refrigerators, diagnostic equipment and maternity services, even short power interruptions can disrupt critical medical work. Increasingly, solar energy is emerging as a practical solution, helping healthcare facilities reduce their dependence on conventional electricity and diesel generators.
Uttar Pradesh has already begun integrating solar power into its public healthcare infrastructure. In February 2024, Hindustan Times reported that solar systems were being planned for community health centres and first-referral centres in Lucknow, including facilities in Itaunja, BKT, Kakori, Gosaiganj, Chinhat and Mal. The initiative was designed specifically to prevent electricity interruptions from affecting deliveries, operations and vaccine cold chains. The systems were expected to provide at least 3 kW in hybrid mode, with batteries storing electricity and surplus power potentially being sent to the grid.
The significance of such installations is particularly high for smaller healthcare facilities outside major cities. Unlike large hospitals, smaller hospitals and community health centres may have fewer alternatives when grid electricity fails. Solar power can provide an additional layer of energy security, allowing essential equipment to continue functioning while reducing dependence on diesel-powered backup generators.
The state’s wider experience indicates that the transition is gathering momentum. The Times of India reported in December 2024 that 72 health units in Uttar Pradesh were already operating with solar-powered electricity, while more than 10,000 sub-centres had been electrified.
The state has also been looking at solarisation on a much broader scale. A Union health ministry report on solar-powered healthcare facilities noted that Uttar Pradesh had implemented solar projects at around 40 community health centres and 24 primary health centres, with plans to expand solar installations to approximately 500 Ayushman Arogya Mandirs and another 140 community and primary health facilities. The programme has involved the state health department, UPNEDA and technical support from UNICEF.
One important advantage is that solar can help address both reliability and operating costs. Smaller hospitals often have limited budgets, making electricity expenditure a recurring concern. Generating at least part of their electricity requirement on-site can reduce exposure to rising conventional power costs and lower generator use. Solar systems also have relatively predictable maintenance requirements compared with diesel generators.
The model is beginning to extend beyond smaller health centres to larger district-level facilities. In July 2026, The Times of India reported that Pilibhit’s Autonomous State Medical College, district hospital and district women’s hospital had begun using a 1.5 MW solar project. The installation was expected to generate 7,000–7,500 units of electricity daily and was specifically intended to reduce power outages, including in ICUs and critical-care areas.
The approach can also be financially attractive because of the RESCO model, under which an external solar company installs and operates the system under a long-term agreement. This can reduce the need for hospitals to make a large upfront capital investment. Similar arrangements are being considered across Uttar Pradesh’s healthcare infrastructure.
Solarisation is therefore becoming more than an environmental initiative in Uttar Pradesh. For smaller hospitals, primary health centres and community facilities, it represents a way to make healthcare more dependable, reduce operating pressure and improve resilience during power disruptions.
As Uttar Pradesh expands its renewable-energy capacity, the growing use of solar power in healthcare could prove particularly valuable in rural and semi-urban areas—where dependable electricity can directly translate into more reliable medical services and better patient care.