In a groundbreaking push for renewable energy, the Tripura Renewable Energy Development Agency (TREDA) has unveiled an ambitious plan to install solar panels on the roofs of all 2,000 government buildings across the state. A recent survey revealed that this initiative could generate up to 70 MW of solar power, addressing the state’s energy needs amid dwindling natural gas supplies.
TREDA Joint Director Debabrata Sukladas told PTI, “With gas reserves depleting, we’re shifting focus to solar energy. Our plan is to harness the full potential of government buildings for clean power.” The state has set an initial target of 10.50 MW, with tendering for the project in its final stages. Tripura currently produces 26 MW of solar energy, a significant leap from just 3 MW seven years ago.
The initiative comes as four of Tripura’s five gas-based power plants face reduced output due to gas shortages. The OTPC-run Palatana plant, with a capacity of 726 MW, now generates only 520 MW, while the Manarchak and RC Nagar plants produce 60 MW and 80 MW, respectively, against capacities of 100 MW and 135 MW. Tripura’s daily power demand stands at 370 MW, projected to nearly double to 700 MW by 2030 due to rapid urbanization.
Also Read: Fugitive Murderer Caught After 26 Years on Run
Beyond energy production, the plan aims to create job opportunities. “We’re collaborating with the skill development department to train youth as solar technicians and supervisors,” Sukladas said, emphasizing the need for skilled manpower to install and maintain solar panels. This dual focus on energy and employment is set to empower local communities while advancing sustainability.
Residents like Priya Das, a local entrepreneur, welcomed the move: “Solar power is the future, and it’s exciting to see Tripura lead the way.” The state’s proactive approach positions it as a model for renewable energy adoption in the Northeast, with potential to reduce reliance on fossil fuels and meet rising energy demands sustainably.
Also Read: Yamuna Threatens Delhi with Imminent Flood Risk