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| Eco Cute |
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Produces hot water at 65°C to 90°C using inexpensive nighttime electricity.
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Bathing facilities
Golf courses
Hospitals
Hotels
Food factories (hot water for washing)
Clients currently using hot water boilers that burn heavy oil, kerosene, or gas face increased operating costs due to the ever-increasing cost of crude oil, which is becoming a major pressure on management.
The cost of crude oil is expected to continue to rise.
Industrial Eco Cute systems are believed to represent the most effective way of minimizing fuel costs by heating water using nighttime electricity.
This hot water generator uses a large capacity high-temperatureheat pump available for the first time.
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Allows hot water for daytime use to be produced at temperatures up to 90°C using cheap nighttime electricity
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High efficiency
Large-scale electric hot water boilers and heaters are unable to extract more energy than is input. Mycom Industrial Eco Cute systems use heat pumps that extract more then three times as much energy.
Reduced fuel consumption means lower operating costs.
The high efficiency enables a reductions in the cost required to produce hot water to approximately one-third of that of heavy oil- or kerosene-fired water heaters.
Large-scale Eco Cute
Unprecedented capacity allows for use in industrial applications. Approximately 10 tons of hot water can be produced in 10 hours overnight.
Clean
Unlike combustors, requires no chimney or fuel tank.
Safe and easy
The absence of combustion units and fuel storage ensures maximum safety.
Full automation eliminates problems associated with forgetting to switch off systems or the supervisor not being present.
May be connected to existing fuel-fired hot water heaters.
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  hospital installation |
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| golf course |
installation |
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public bath complex |
public bath complex unit tank |
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Enables a significant reduction in operating costs by using cheap nighttime electricity.
Easy to use fully-automated system.
Currently the most environmentally-friendly system available, even assuming further environmental restrictions in the future.
(Equivalent to approximately 1/2 of a boiler when calculated as CO2 emission volume)
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