India Achieves 250 GW Non-Fossil Fuel Power Capacity

India has reached a milestone of generating 250 GW of electricity capacity using non-fossil fuel, which is significant in her process of converting to low-carbon and sustainable energy sources. On 11 September 2025, during the State Review Meeting on Renewable Energy in New Delhi, union minister Pralhad Joshi announced this. This puts India among the leading clean energy countries in the world and speeds up towards the 500 GW renewable energy target by 2030, which is consistent with the Nationally Determined Contributions (NDCs) of India under the Paris Agreement.

Destruction of Non-Fossil Fuel Capacity.

The 250 GW capacity includes:

• Solar Energy

• Wind Power

• Hydropower

• Biomass Energy

• Nuclear Energy

This is a paradigm shift of fossil-based energy to clean and sustainable energy.

2030 vision: 500 GW Renewable Energy.

• The government aims to achieve 500 GW of renewable energy by 2030 with its energy security, climate and sustainable development objectives.

• They are using policy momentum, investments and participation at the state level to realize this ambitious target.

Key Initiatives

Swachh Bharat & Swachh Energy:

• Associating clean environments with clean energy, fighting pollution, enhancing the health of the population, and providing energy access to the underprivileged.

Free Power to 20 lakh families:

• Homes that do not own the roof top or do not have the infrastructure to do it are utility-led solar models.

• Andhra Pradesh has been the first one to implement it.

• Target to achieve 1 crore households in the country, increase equity in energy and rural electrification.

NEXT GEN GST and Economic Impact:

• GST reforms which will boost GDP.

• Establishes a better investment system of renewable energy and clean technologies companies.

Key Facts & Takeaways

Conclusion

Showcases a desire of India to achieve climate objectives and sustainable development. Publicizes the energy equity projects on the marginalized population. Governments demonstrate the combination of policy, technology and economic planning towards developing large scale renewable energy targets.