Kalpataru Projects Wins ₹989 Crore Power Transmission Contracts to Boost Grid Expansion – EQ
In Short : Kalpataru Projects has won ₹989 crore worth of power transmission orders, strengthening its role in India’s energy infrastructure sector. The contracts include high-voltage transmission lines and substations aimed at enhancing grid reliability and capacity. These projects will support regional power distribution, modernize the electricity network, and align with the nation’s broader goals of energy accessibility and efficiency.
In Detail : Kalpataru Projects has secured new power transmission contracts worth ₹989 crore, marking a significant boost to its infrastructure portfolio. These orders reflect the company’s continued leadership in the power transmission and distribution sector, both in India and internationally.
The new contracts include the construction of high-voltage transmission lines and associated substations. These components are critical to ensuring reliable power flow across regions and improving the efficiency of the national grid.
Kalpataru Projects stated that these wins are aligned with its strategy to expand its core business areas while supporting the government’s mission to strengthen energy infrastructure. The projects are expected to play a vital role in enhancing electricity access and transmission stability.
The company has a strong track record of executing complex transmission projects across diverse terrains and geographies. These new contracts will further consolidate its position as a key player in India’s evolving power sector.
By upgrading transmission capacity and infrastructure, the projects will support the integration of renewable energy into the grid. This will help facilitate cleaner power distribution while addressing rising electricity demand in growing urban and industrial areas.
Kalpataru’s order win reinforces the ongoing momentum in India’s energy infrastructure development. As the country continues to modernize its power network, such projects are essential for ensuring long-term sustainability, grid resilience, and energy security.
