Bhubaneswar: In a bid to strengthen the state’s power infrastructure, Deputy Chief Minister Kanak Vardhan Singh Deo on Monday inaugurated a state-of-the-art Power System Simulation Laboratory at Power Training Centre of Odisha Power Transmission Corporation Limited here.
The facility aims to reinforce the government’s focus on building a resilient and technology-driven energy sector. The newly established laboratory is designed to enhance technical expertise in power system planning, grid management, and operational efficiency. Equipped with advanced simulation tools, the facility will allow engineers to model complex grid scenarios, analyse load flow, assess system stability, and simulate fault conditions in real time.
This initiative is expected to significantly improve the reliability and efficiency of Odisha’s transmission network, ensuring it can meet rising energy demands while seamlessly integrating renewable energy sources.
Singh Deo highlighted the importance of a strong transmission network in achieving the vision of a developed Odisha. The laboratory will enable engineers to anticipate challenges, optimise grid operations, and ensure uninterrupted, high-quality power supply for industries, agriculture, and households. The move aligns with the broader goal of creating a modern, sustainable, and future-ready power ecosystem, he added.
Speaking at the event, Bhaskar Jyoti Sarma, Chairman-cum-Managing Director of OPTCL, described the facility as a centre of excellence for training, research, and innovation in power systems. He emphasised that the lab will provide hands-on training to engineers, support data-driven decision-making, and strengthen preparedness for grid contingencies, ultimately improving overall system performance.
The launch of the Power System Simulation Laboratory marks a crucial milestone in Odisha’s journey toward a smarter and more resilient energy sector. By investing in advanced technology and skill development, OPTCL is positioning itself to meet future challenges and support sustainable growth.