Friday, March 7, 2014

The biggest Solar Power Plant in Asia


Solar Power developer, Welspun Energy has beaten its own record for the largest solar power project in Asia, with the unveiling of a 130 MW solar photovoltaic power plant in the central Indian state of Madhya Pradesh this month.  The project has overtaken the Shams 1 solar thermal power project in UAE as the largest in Asia.

Implemented under the state’s solar power policy the project, required an investment of US $177 million (Rs 1,100 crore) and Welspun Energy is expected to sell the power generated to state-owned power distribution companies at a price of US $0.13 (Rs 8.05) per unit.

The power plant is a significant addition to India’s rapidly expanding solar power generation capacity, which stood at just over 2,200 MW at the end of January 2014. The country added 972 MW of solar power capacity during the 12 months prior to February 2014.

Gujarat Chief Minister Narendra Modi ‘cut the red ribbon’  on the Solar power plant, calling it a “saffron revolution”, Mr. Modi said: “We have already seen the green and the white revolutions; soon, we are going to see a saffron revolution in the country”.

Energy demand is increasing in both India and the UAE and is likely to soar this decade. To meet this demand, it is pivotal for both countries to establish a strong foundation to adopt renewable energy.
India and the UAE have independently announced plans for the adoption of renewables. India has set a target of 29.8 gigawatts in additional renewable energy capacity by the end of 2017, taking its total to almost 55GW.

In the UAE, the various emirates have individual plans for renewable energy. Dubai has announced a target of generating 5 per cent of its total energy through renewables by 2030 and Abu Dhabi has plans for 7 per cent by 2020, which would make for 3GW more of renewable energy in the UAE.


While the countries have very different requirements, both are striving to diversify their energy mix with an aim to enhance energy security and reduce dependence on conventional sources of fuel.

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