Home » Business » EGAT aims to expand the high-power battery Batt 20C into commercial business

EGAT aims to expand the high-power battery Batt 20C into commercial business

NSTDA joins hands with EGAT and Panus Assembly Co., Ltd. to study the application of energy storage technology with high-performance batteries to expand into commercial businesses. Along with establishing a working group to accelerate the study and prepare a business plan

Mrs. Venus Longsomboon, Assistant Governor of Research, Innovation and Business Development Electricity Generating Authority of Thailand (EGAT) Revealed that EGAT is preparing to continue the research of energy storage technology with 20C Discharge C Rate & Pole Solid State Battery or Batt 20C at EGAT and the National Science and Technology Development Agency (NSTDA). ) Has jointly researched, developed and listed the innovations successfully to continue to commercial By signing a memorandum of understanding with Panus Assembly Co., Ltd. to bring Batt 20C to expand into the transportation business such as electric vehicles.

For transportation and logistics Special vehicles for airport ground operations Development of both stationary EV chargers and mobile EV chargers to provide service within gas stations and various industrial sectors, as well as establishing a joint working group to study the planning. Business Marketing channel Including the exchange of knowledge in the application of energy storage technology both in the country and abroad to be selected as a pilot business in the future. With a total study time frame of 5 years

The Batt 20C is a highly efficient and stable lithium iron phosphate battery. Can discharge and receive a charge (Charge and Discharge) 20 times better than conventional batteries, it is suitable for use in conjunction with renewable energy to enhance the stability of power generation. Applications to enhance efficiency and reduce costs in industrial plants Or, if used as a battery for electric vehicles, it has the ability to supply high power and reduce the charging time.

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