Grid balancing becomes paramount as the share of intermittent supply from renewable power sources keeps rising fast in most developed countries around the globe. Smart grids are hence expected to manage two-thirds of global net electricity supply by 2050, and by that time an estimated $548 billion will be invested in batteries for energy storage.
Mitsubishi Hitachi Power Systems (MHPS) President and CEO Ken Kawai has used his New Year address to highlight the company’s focus on decarbonization by promoting fuel conversions to biomass, hydrogen and ammonia. In 2020, the MHPS President anticipates “further growth” for combined-cycle gas turbine orders to help convert CCGT and ICGT units to hydrogen co-firing.
Burckhardt Compression has been contracted to deliver a high-speed compressor to Ganzair in Hungary, where it will be used to inject natural gas from a key transmission pipeline to a nearby underground gas storage (UGS). The ISO 13631-compliant compressor is the first of its kind made by Burckhardt for this application in Europe.
Researchers at GE, working together with Baker Hughes, Intel and the Florida State University, have developed ‘Digital Ghost’ – a new tool designed to allow critical energy infrastructure like natural gas pipelines to operate safely during a cyber-attack. The $5.2 million program is partly funded by the U.S. Department of Energy (DoE).
Berlin-based energy startup Lumenion has presented the pilot of its 2.4 Megawatt-hour (MWh) steel storage system in a housing project in the German capital. The technology allows storing excess renewable electricity in the form of heat (up to 650°C) in steel plates. If required, that stored heat can be converted back into electricity.
Gas-fuelled, cryogenic barges – designed by the Canadian naval architect Robert Allen and Hidrovias do Brazil – will be used to transport LNG to remote locations in northern Brazil. The first project benefiting from the solution will be the 1.67 GW Vila-do-Conde gas-fired power plant in Baracena, in Brasil's northern state of Pará.
Additive manufacturing, also known as 3D-printing, is making inroads in the energy sector. According to Global Data, power utilities and equipment manufacturers are “witnessing a huge opportunity in 3D printing to make their operations more efficient.” Early adopters of this technology are GE, Siemens, Rosatom and Westinghouse.
The technology of Siemens’s new SGT6-9000HL engine, first installed for the customer Duke Energy, builds on four generations of technologies and five previous models, including the H-class. “But it’s the combustion system where the magic happens,” explains Peter DeHaan, who is leading development of the 9000HL.