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TOKYO, November 13, 2018 - Mitsubishi Electric Corporation (TOKYO: 6503)announced today that a high-voltage direct current (HVDC) verification facility that the company has built at its Transmission & Distribution Systems Center in Amagasaki, Japan will launch operation on November 26. The new verification facility will support the company's entry into the global market for voltage-source converters systems (VSCs). Mitsubishi Electric is targeting more than 50 billion yen (approx. US$ 450 million) in global orders for HVDC-Diamond® systems by 2020.

Mitsubishi Electric's new HVDC verification facility

Mitsubishi Electric's new HVDC verification facility

HVDC systems help to reduce CO2 emissions by enabling the efficient integration and expanded use of renewable energies, including photovoltaic and offshore wind power. Mitsubishi Electric estimates that the global market for HVDC systems was worth about 770 billion yen (approx. US$ 7 billion) in 2017 and is expected to grow by approximately 6 percent per annum. There are two types of HVDC systems─VSC systems and line-commutated converter (LCC) systems─of which the former does not require an external power source for commutation and the latter does. VSC-based HVDC systems are expected to attract greater demand because they require fewer conditions for connecting transmission lines.

Mitsubishi Electric is launching its VSC-based HVDC business to meet needs in the global market for modern power systems. Through its new verification facility, the company will offer highly reliable systems through verifying function and operation performance including a fault on the AC network and DC network with actual scale.

New HVDC Verification Facility

Location 8-1-1 Tsukaguchi Honmachi, Amagasaki, Hyogo Prefecture, Japan
Building Area 1,217.6 square meters (approx. 13,450 square feet)
Floor Space 1,767.8 square meters (approx. 18,300 square feet)
Structure Two-story steel-frame
Start of Operation November 26, 2018
Products 50MW VSC-based Back-to-Back System*
Main Facility Converter, Control and protection, AC equipment
  1. * transfers energy between two converters in the same location


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