Servotech Renewable Power Systems has secured a 900 kW hybrid solar project from the Uttar Pradesh State Rural Livelihood Mission. The company will manage 12 sites featuring battery storage technology, helping to boost energy access in rural areas.
Servotech Renewable Power Systems Ltd. has been awarded a contract by the Uttar Pradesh State Rural Livelihood Mission to install hybrid solar rooftop systems. The project involves setting up a total capacity of 900 kW, distributed across 12 different locations, with each site contributing 75 kW to the total power generation.
The project includes integrating solar panels with Battery Energy Storage Systems. This setup is designed to store excess energy generated during the day for use when sunlight is unavailable, which is critical for providing a stable power supply in rural settings. The scope of work assigned to the company covers the entire process from design and supply to installation, commissioning, and long-term maintenance of the solar systems.
This order highlights the company's focus on decentralized renewable energy, where power is generated and consumed locally rather than relying on a centralized grid. By targeting rural community sites, the project aims to improve energy reliability in areas that may otherwise face power shortages or irregular supply. On the stock market, shares of Servotech Renewable Power Systems closed at ₹97 on the National Stock Exchange on July 16, 2026, marking a daily rise of 1.29%.
For investors, the key factor to track will be the company’s ability to execute this project within the planned timeline and budget, as the maintenance component involves long-term operational responsibility. While this project adds to the company’s order book, the overall financial benefit will depend on how efficiently it manages the installation across the 12 scattered sites and whether it can maintain healthy profit margins amidst competition in the government-tender space for renewable energy. Future updates to watch include the project completion date and any subsequent maintenance revenue generated from these installations.