In Short : India has completed 48 GW of inter-state transmission capacity dedicated to renewable energy, with 159 GW more under development. This forms part of a 340 GW network plan to evacuate 230 GW of green power. Backed by the Green Energy Corridor and National Electricity Plan, this initiative strengthens India’s grid for its 2030 clean energy goals.
In Detail : India has successfully completed 48 gigawatts (GW) of inter-state transmission capacity dedicated to renewable energy. This significant achievement marks a major step toward strengthening the country’s electricity infrastructure to support its clean energy transition.
An additional 159 GW of inter-state transmission network is currently under implementation. Together, these developments are part of a broader plan to build a total of 340 GW capacity to efficiently evacuate renewable energy across regions.
The envisioned transmission system is designed to handle up to 230 GW of renewable power, primarily from solar and wind projects. This will help ensure that power generated in energy-rich states can be transmitted to high-demand regions seamlessly.
To further enhance renewable integration, the government is implementing Green Energy Corridor schemes (GEC-I and GEC-II) in various states. These include Gujarat, Rajasthan, Tamil Nadu, Karnataka, and Andhra Pradesh, which host a significant share of India’s renewable energy projects.
This transmission expansion aligns with the targets of the National Electricity Plan, which envisions 500 GW of installed renewable capacity by 2030 and 600 GW by 2032. The network will play a pivotal role in meeting these ambitious goals.
The roadmap includes the addition of approximately 191,000 circuit-km of high-voltage lines and over 1,270 gigavolt-amperes (GVA) of transformation capacity. It also emphasizes the deployment of energy storage solutions like battery and pumped hydro systems to ensure grid reliability.
By 2027, India’s inter-regional transmission capacity is expected to rise from the current 119 GW to 143 GW, and further to 168 GW by 2032. This will facilitate efficient sharing of renewable power across regions and balance supply-demand variations.
Through these investments, India is building a more resilient and advanced transmission backbone. This network is crucial not just for domestic energy needs but also for positioning India as a global leader in clean and sustainable power generation.
