US-based Johnson Controls says its new 1,406 kW compound centrifugal warmth pump is ready to ship high-temperature sizzling water as excessive as 77 C.The system reportedly has a mixed coefficient of efficiency of 4.9.
US-based industrial conglomerate Johnson Controls has launched a water-to-water compound centrifugal warmth pump supposed to be used in industrial buildings.
The York Cyk warmth pump is designed for high-head circumstances and might reportedly ship high-temperature sizzling water as excessive as 77 C.
“The York Cyk can scale back water and operational prices by as a lot as 50% when in comparison with conventional boiler and chiller purposes,” the producer mentioned in a press release.
The brand new product is at present out there in a small model with a 400-ton cooling capability. It presents 1,406 kW if output for cooling and a pair of,051 kW for heating.
The corporate mentioned the system has a mixed coefficient of efficiency of 4.9. It could use both the R-1234ze or the R-515b refrigerants, which Johnson Controls mentioned have ultra-low international warming potential (GWP).
The warmth pump additionally options two electrical motor-driven centrifugal compressors organized in sequence and double bundle condenser know-how that may address unbalanced load circumstances, in response to the corporate.
“The progressive design is suitable with current high-temperature sizzling water heating methods, eliminating the necessity to exchange air handlers and terminal heating gadgets, which is usually required to accommodate the decrease water temperatures related to different warmth pump merchandise,” mentioned the corporate.
Johnson Controls plans to launch a second model of the warmth pump with a 2,000-ton cooling capability and an output of seven,033 kW at an unspecified later stage.
“The York Cyk warmth pump is right for medium to massive industrial buildings, college campuses, hospitals, industrial processes and district vitality purposes and can be utilized in new constructing or retrofit purposes,” it mentioned.
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