The purpose of the project activity is to generate clean and green energy to help combat greenhouse gas emissions from conventional sources of energy. The project activity entails installation of wind turbines having a total capacity of 13.25 MW. Eight wind turbines of 1.5MW each and one wind turbine of 1.25 MW are installed in this project activity. The electricity produced from the wind turbines is exported to the connected state grid barring the entire power generated by the 1.25 MW WTG and 70% of one of the 1.5MW WTG would be wheeled to the project proponent’s unit.

This project generates clean and renewable energy to help reduce greenhouse gas emissions from conventional sources of energy. The project involves the installation of wind turbines with a total capacity of 13.25 MW. Specifically, eight wind turbines with a capacity of 1.5 MW each and one wind turbine with a capacity of 1.25 MW are installed in this project. The electricity generated from the wind turbines is exported to the state grid, with the exception of the entire power generated by the 1.25 MW WTG and 70% of one of the 1.5 MW WTG, which is used to power the project proponent's unit. 

Key Highlights:
- Installation of wind turbines with a total capacity of 13.25 MW
- 8 turbines with a capacity of 1.5 MW and 1 turbine with a capacity of 1.25 MW
- Electricity generated is exported to the state grid, reducing reliance on conventional energy sources
- 1.25 MW WTG and 70% of one 1.5 MW WTG powers the project proponent's unit
- Helps combat greenhouse gas emissions from conventional sources of energy

This project is important because it utilizes renewable energy sources to generate electricity, reducing reliance on conventional energy sources that produce harmful greenhouse gases. In addition, the project contributes to the growth of the clean energy sector and promotes sustainable development.

Grid connected renewable electricity generation

13.25 MW Wind Power Generation By Rmtl, In Kutch, Gujarat

This project generates clean energy to combat greenhouse gas emissions by installing nine wind turbines with a total capacity of 13.25 MW. The majority of the electricity produced is exported to the state grid, while a portion is utilized by the project proponent's unit.