High Efficiency Evi Heating System for Low Temp Area Heat Pump
Water Heater
The technical scheme is: it is composed of high temperature heat
pump, condenser, evaporator, fan, cold source circulating pump and
heat source circulating pump. The cold source circulating pump is
also provided with several cold source pipes, and the heat source
circulating pump is also provided with several heat sources.
pipeline. The dehumidification device is equipped with a
high-temperature heat pump to provide a cold and heat source, the
cold source forms a cold side cycle through the condenser and the
heat pump unit, the heat source forms a heat cycle through the
evaporator, and the fan sends air through the condenser and
evaporator to form air flow. In the process of air flow, the humid
air encounters condensation in the condenser to remove the moisture
in the air. The dehumidified air is heated again when passing
through the evaporator, so as to keep the ambient temperature from
dropping, thereby achieving the purpose of dehumidification. The
condenser and the evaporator are both finned radiators. The device
does not need to exhaust moisture to the outside, and does not use
desiccant, which has the advantages of energy saving, high
efficiency and low cost.
High Efficiency Evi Heating System for Low Temp Area Heat Pump
Water Heater
A heat pump type double-effect negative pressure solid-liquid
separation unit system is adopted, which belongs to the technical
field of solid-liquid separation unit structure. It includes a
heating chamber with a feed inlet and a discharge port. A heat pump
condenser for full contact with the solid-liquid mixture is
installed in the heating chamber. The heat pump condenser is
connected to the heat pump through a circulating pipeline, and the
heat pump is also connected to a moisture condensation chamber. The
moisture condensing chamber is connected with a vacuum pump system
for vacuuming. The heat pump is also connected with two first heat
pump evaporators and second heat pump evaporators for absorbing
heat energy in the moisture condensing chamber and the air. The
first heat pump evaporator is sealed and installed in In the
moisture condensation chamber, one port of the heating chamber is
connected to the moisture evaporation chamber through a circulating
pump, and the other port is connected to the moisture evaporation
chamber through a circulating pipeline. The utility model has
reasonable structural design, high efficiency, environmental
protection and no emission, good solid-liquid separation effect,
and can effectively save energy.
Technical paremeters for High Efficiency Evi Heating System for Low
Temp Area Heat Pump Water Heater
| Spec. | KRY-24II |
| Rated heating capacity(A24/26oC) | 24kw |
| Rated power(kW) | 4.7 |
| COP | 5.1 |
| Rated heating capacityA20/26oC | 21kw |
| Rated power(kW) | 4.5 |
| COP | 4.66 |
| Cooling Capacity(kW) | 11.3 |
| Consumed Power(kW) | 4.9 |
| EER | 2.3 |
| Rated voltage(Hz) | 380V 3N-50HZ |
| Maximum input power(kW) | 6 |
| Maximum current(A) | 24 |
| Water flownWh | 7 |
| noise dB(A) | <65 |
| Anti-shock level | I |
| waterproof level | IPV4 |
| Unit size (mm) | 780x820x1700 |
| Unit Weight(kg) | 260 |
