Mitsubishi Hitachi Power System (MHPS) has been striving to combine is solid oxide fuel cell, called MEGAMIE, with a micro gas turbine to stabilize and increase power output. “The toughest challenge,” researcher Yoshinori Kobayashi recalled, "was to figure out how to build a robust power unit with ceramics which are essential for such fuel cells to function.”
Rising need for renewables grid-integration will propel up the market value of gas turbines beyond $10 million by 2026. According to Global Market Insights, turbine technology with 70 MW to 200 MW capacity will be particularly in high demand and see annual installments exceed 10 GW over the next five years.
The HyPER project (Bulk Hydrogen Production by Sorbent Enhanced Steam Reforming), led by Cranfield University, will build a 1.5 MWth pilot plant to test hydrogen technology invented by GTI. The research is funded by a £7.5 million grant from the Department for Business, Energy and Industrial Strategy (BEIS) and gets support from U.S.-based GTI and Doosan Babcock.
Mýa, a digital interface launched by MAN Energy Solutions, enables the exchange of data in a controlled and secure manner among participating Original Equipment Manufacturers (OEMs), power plant operators and asset owners. The aim is promote collaborations among the marine, power generation, and energy industries.
Green hydrogen, produced with renewables using electrolysers, is hoped to become the ‘new oil’ and develop into one of the most essential vectors in the decarbonisation process. “The technology already exists to make it possible; the next step is to scale it up to enable it to serve the common interest,” argues the French author Thierry Lepercq.
Mitsubishi Hitachi Power Systems (MHPS) and NTK Spark Plug have joint forces to manufacture and sell cylindrical cell stacks – a key element used in solid oxide fuel cells (SOFC). The new joint venture CECYLLS will use NTK’s ceramic knowledge to produce the cell stacks that can efficiently utilize heat.