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Residence solution

Date:9/20/2016 10:04:05

First, the heat pump triple for the solution

 

1、System schematic:

  

 

2、Operating principle:

1) collector: air source heat pump unit running, from the outdoor low temperature air to absorb heat.

2) Heating: When the indoor temperature is lower than the set value, the system will run the heat of heat absorption to the water, while the circulating pump to run, the heat transfer to the indoor heating.

3) Refrigeration: summer test room temperature is higher than the set value, the unit running from the indoor heat absorption, reduce the indoor temperature

4) antifreeze: pipe and water tank to increase insulation, prevent the system freeze.

5) hot water: heat pump unit running, from indoor (summer) or outdoor (winter) to absorb heat, circulating pump operation, the heat transfer to the tank, the supply of hot water.

3、Applicable scope:

  Civil buildings, dormitories, high-rise residential, commercial housing and so on

4、System Features:

1) to warm, central air conditioning and living hot water function, according to the actual application of matching, partition control, to meet the different functional areas of the heating and cooling temperature and hot water demand.

2) unit installation is convenient, running low noise, no special station building.

3) unattended, all-weather intelligent operation, to meet the cold and warm demand, while providing adequate hot water, so that the office environment more comfortable.

5、Energy saving and environmental protection effect:

For example: a civil building construction area of 50000m2, daily demand 50t hot water.

Design: air source heat pump for multiple supply.

Annual savings: $ 2 million

Equivalent to saving coal coal 720t / year, emissions of CO2 1994t / year

 

Second, solar energy hot water solutions

 

Program comparison table

Schematic diagram

 

Program

Solar + electric auxiliary heat

Solar + air source hot water unit

Operating principle

1. Collector: The collector absorbs the sunlight in the heating medium
2. Heating: sunny weather using solar energy, rainy weather using electric auxiliary heat
3. Antifreeze: indirect circulation system, the tube filled with antifreeze to protect

1. Collector: The collector absorbs the sunlight in the heating medium
2. Heating: sunny weather using solar energy, rainy weather using air source heat pump
3. Antifreeze: indirect circulation system, the tube filled with antifreeze to protect 

Applicable scope

Civil buildings, dormitories, high-rise residential, commercial housing and so on

System Features

A. The use of solar hot water system for large water units to save energy;
B. Circulating pump frequency control, saving energy;
C. Provide constant temperature hot water to ensure that bath more comfortable;
D. System configuration auxiliary heat source, to ensure that the whole hot water supply 24h.

Energy conservation

1. collector area: 160m2;
2. Electricity consumption: 6.2 * 104kwh / year
3. Solar energy savings: 19.7t / year
4. Carbon dioxide emission reduction: 53.2t / year

1. collector area: 160m2;
2. Electricity consumption: 4.2 * 104kwh / year
3. Solar energy savings: 26.7t / year
4. Carbon dioxide emission reduction: 72.1t / year

Note:
1. To compare the use of 10T / day hot water as an example;
2. To light the general area of rain and snow weather for 100 days to compare.
3. Cold water temperature: 10 ℃, hot water temperature: 60 ℃.

TypeInfo: New energy refrigeration and heating project solut

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