Siemens Energy has been awarded an order to supply UVAC 2010 (Universal Vacuum Air Collector) solar receivers for the Megha parabolic trough power plant to be built in Andhra Pradesh, near Hyderabad, India. Megha is now the second project in India to be equipped with solar receivers from Siemens. Purchaser is Megha Engineering and Infrastructure Ltd.
Siemens will supply approximately 17,000 solar receivers, which will generate all of the heat for the 50 megawatt (MW) facility. Commissioning for the solar plant is scheduled for spring 2013.
Siemens UVAC 2010 receivers, which convert thermal solar energy to heat, provide developers with consistently high revenues as a result of their high solar absorption and product durability. The UVAC 2010 is Siemens fifth generation solar receiver product, with outstanding heat output and reliability proven over 20 years of successful solar power plant operations.
The Megha power plant is being constructed as part of the Jawaharlal Nehru National Solar Mission (JNNSM), the Indian government’s ongoing program for promoting solar power. The program envisages installing up to 20 gigawatts of solar power capacity in India by the year 2022.
Siemens offers highly efficient products as well as system solutions, such as solar fields, power blocks and complete plant solutions, for parabolic trough power plants. As already announced earlier this year, Siemens received an order to supply UVAC 2010 solar receivers for the Abhijeet power plant in Rajasthan, India. Additionally, Siemens has been awarded in January three orders to supply a total of four steam turbine generator units for solar thermal power plants in the same state.
“After careful review of solar receiver, we decided to select the UVAC 2010 based on its proven track records and performance,” noted Shri B. Srinivasa Reddy, Director of Megha Engineering and Infrastructure Ltd. “The solar receiver is one of the critical components in the power plant, and its continuous output over the life of the project is critical for our revenues.”