The main objective of the project activity is to generate electrical energy through sustainable means using wind power resources and thereby contribute to climate change mitigation efforts. The electricity generated is supplied to the INDIAN grid.

The project activity involves the set-up of a wind farm of 50.4 MW in Gujarat, India. The 63 wind electric generators installed help to reduce GHG emissions and provide clean renewable power to the NEWNE regional grid. Some co-benefits of the project are the provision of job opportunities and communication facilities.

This is a wind power project activity which consists in the operation of two Wind Turbines Generators (WTG’s) each having a capacity of 1.25 MW. The WTG’s are installed by M/s Woodbriar Estate Limited in the Tirunelveli district (Tamil Nadu state).

With over 50 years of experience, Transport Corporation of India Limited is the largest integrated supply chain and logistics solutions provider in India. In 2003, the company entered the energy sector looking to promote non-conventional energy means. Currently, it holds 11.50 MW windmills in Rajasthan and Maharashtra.

With the implementation of a wind farm 50.4 MW in the states of Rajasthan and Tamil Nadu, India, this project provides clean renewable power and leads to reduce greenhouse gases emissions. The project activity also generates job opportunities for the locals and enhance the communication means in its sphere of influence.

The Salkhit Wind Farm is the first grid connected wind farm in Mongolia. The project generates renewable electricity using wind power resources and supplies it to the Mongolian central electricity system grid to meet the growing electricity demand.

The project activity involves the setup of a wind farm in the state of Madhya Pradesh, India. It contributes to the reduction of GHG emissions and provides clean renewable power to the regional NEWNE grid. The provision of job opportunities and communication facilities are the main co-benefits of the project.

The activity was essentially conceived to generate GHG emission free electricity by making use of available wind at the site to meet the regional electricity demand.