India Charts ₹530 Billion Power Grid Overhaul with Ultra-High Voltage Transmission by 2034 – EQ
In Short : India has unveiled plans to invest ₹530 billion in an ultra-high voltage alternating current (UHVAC) transmission system by 2034. The initiative aims to strengthen long-distance power transfer, enhance grid reliability, and support rising renewable energy integration. The advanced transmission network will play a key role in enabling efficient, stable electricity distribution across the country’s expanding power landscape.
In Detail : India has announced a massive investment of ₹530 billion to develop an ultra-high voltage alternating current (UHVAC) transmission system by 2034. This move aims to build a more robust and reliable national grid capable of handling the increasing power demand and facilitating long-distance electricity transmission efficiently.
The UHVAC system will enhance the country’s ability to transfer electricity over vast distances with minimal losses. This is especially crucial as renewable energy generation, often located in remote areas, continues to grow rapidly and requires efficient grid connectivity to reach load centers.
This advanced transmission infrastructure is expected to support the integration of large-scale solar and wind power projects into the national grid. By enabling seamless movement of clean energy across regions, the system will help India meet its ambitious renewable energy and climate goals.
The plan also focuses on ensuring grid stability, which becomes more challenging with the intermittent nature of renewables. With ultra-high voltage capabilities, the grid can manage fluctuations better and maintain consistent supply even during peak load conditions.
Implementation of the UHVAC system will be phased over the next decade and aligned with the growth of energy demand and generation capacity. The government will collaborate with transmission utilities, private sector stakeholders, and technology providers to realize this vision.
This transmission upgrade forms a critical component of India’s broader energy infrastructure development. It not only addresses current challenges but also future-proofs the country’s power sector, laying the foundation for a modern, efficient, and sustainable energy ecosystem.
