5kwh energy storage battery.The total capacity of the four energy storage technologies reaches 1GW! Large-scale grid-level clean energy storage project begins

　　Energy storage developers and the governor of Utah in the United States jointly announced the launch of a 1GW grid-scale energy storage project. According to reports, the project will become the world's largest clean energy storage project. On May 30, Mitsubishi Hitachi Power Systems (MHPS) and Magnum Development (Magnum Development) and Utah Governor Gary Herbert jointly announced that they will launch the Advanced Clean Energy Storage Project (ACES) in central Utah. In the world’s largest project, ACES plans to develop 1GW of 100% clean energy storage as an important technical and strategic support for future decarbonization plans for the western United States power grid. In many areas of the Western United States, electricity demand may be less than the electricity produced by renewable energy sources, resulting in wasted renewable energy generation and electricity price cuts. In order to meet the electricity demand of the entire western United States and store excess electricity for future use, this will require GW-level energy storage capacity. ACES initially plans to use four clean energy storage technologies, including renewable hydrogen energy, compressed air energy storage, large-scale flow batteries, and solid oxide fuel cells, to power the grid and provide year-round power needs for 150,000 local households. Researchers at Carnegie Mellon University say carbon emissions directly affecting the U.S. power system have dropped by 30% since 2005, when a combination of natural gas and renewable energy replaced retired coal-fired power plants. Among them, Mitsubishi Hitachi Power Systems has played an important role in this transformation process and last year ranked first in the global market share of heavy-duty gas turbines. MHPS next plans to develop new gas turbine technology that will enable a mixture of renewable hydrogen and natural gas to generate electricity with a lower carbon footprint. The MHPS technology roadmap aims to use 100% renewable hydrogen as fuel, which will enable gas turbine power generation to achieve zero carbon emissions. The president of Mitsubishi Hitachi Americas said they are developing energy storage technology that can span from a few seconds to several seasons. Magnum has developed five salt caverns to store liquid fuels, and is developing compressed air energy storage and renewable hydrogen energy storage solutions. The company said Magnum is ideally located near the Intermountain Power Project and can leverage existing infrastructure to seamlessly connect to the Western U.S. power grid. In addition, EnelGreenPower has also joined the ACES project with its new technology. In the coming weeks and months, the project will invite more strategic and investment partners to participate in design, investment and construction in Millard Town, Utah.

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