Microvast, a battery and battery energy storage system manufacturer, headquartered in Texas, recently received a 1.2GWH battery energy storage project order.
The order comes from an uninteresting energy developer in the United States, which plans to deploy a battery energy storage project with a scale of public utilities.
Just a few weeks ago, Microvast established a special energy department to meet the growing needs of the fixed energy storage market. The company has a mature supply business in the electric vehicle (EV) market, and provides NMC-1/NMC-2 ternary lithium batteries, lithium titanate (LTO) and lithium iron phosphate battery (LFP). Battery management system (BMS).
In October this year, the company launched the first container battery energy storage solution, with the capacity of each container battery energy storage system of 4.3MWH, which is in the leading position of the industry. As a reference, Tesla Megapack battery energy storage system capacity is 3MWH, SAFT and Intensium Max battery energy storage system capacity is about 2.5MWh.
Microvast's ME-43000-ULESS container battery energy storage system uses a liquid cooling system to cool down and uses the company's 53.5AH NMC battery. It is said that the energy density of this battery is 235Wh/kg, which is charged under normal operation conditions. The number of discharge will reach more than 10,000 times and is based on the solution that has been verified in electric vehicles.
The 1.2GWH battery energy storage system provided by Microvast will be deployed with a solar power generation facility. Its ME-4300 container battery energy storage system will be arrived at the project site next year, and commercial operations will begin in 2024.
