The ETI-W heat pump, with a performance coefficient of up to 4.1, uses heat that is emitted by factory product processes as a heat source to supply hot water up to 90 ° C. debuts on the Japanese market, the system focuses on industrial and commercial applications.
Tokyo-based Mitsubishi Heavy Industries Thermal Systems, Ltd. (MHI Thermal systems) has launched a centrifugal heat pump on the Japanese market that is able to deliver hot water at temperatures up to 90 C.
The ETI-W heat pump, with a maximum capacity of 640 kW, uses heat from factory product processes as a heat source to supply the hot water.
The system is equipped with centrifugal compressors developed based on the company’s centrifugal cooling machines. The host also host an inverter starting panel in the head unit and a Shell-and-tube heat exchanger, similar to the reach of ETI-7 cooling machines from the company.
The heat pump reaches a performance coefficient (COP) of 4.01 when supplying hot water to the maximum temperature. It works using non-fluorocarbon coolant HFO-1233ZD (E) with a warming potential of the Earth of 1, which, according to MHI Thermal Systems, helps to achieve both high efficiency and environmental performance.
The ETI-W is aimed at a wide range of applications, including processes in electronics, automotive, food, chemical and pharmaceutical factories, as well as heating and hot water supply in commercial facilities and accommodations.
“With the launch of this product, our line -up of industrial and commercial heat pump utensils, including heat protection pumps and commercial heat pumps, will be expanded over a wide range of hot water supply coverings and capacities, which contributes to energy saving for our customers,” adds a statement from the company.
In July, MHI Thermal Systems announced that it had started testing Aquifer Thermal energy storageA form of underground thermal energy storage technology that is able to store intermittent wind and solar energy for seasonal thermal storage.
This content is protected by copyright and may not be reused. If you want to work with us and reuse part of our content, please contact: editors@pv-magazine.com.
