The application principle of seawater source heat pump technology is the same as that of water source heat pump. As early as the end of the last century, seawater source heat pump technology has been successfully applied. With the continuous development of science and technology, this technology has been increasingly improved. From the principle of seawater source heat pump technology, it is a heat pump unit that uses seawater as a source of cold heat to provide cooling for the building and provide domestic water supply system. However, since the water contains a lot of corrosive substances, it is hoped that the unit will not be corroded by seawater. The influence of performance to ensure the normal use of the heat exchange system requires the installation of a titanium stainless steel heat exchanger in the unit, so that the seawater can also be directly utilized to ensure the operating efficiency of the unit and improve energy utilization. The seawater source heat pump has remarkable energy-saving effect, and the power consumption is only one-third of that of the electric boiler, which can save 30% of the operating cost compared with the household air-conditioner, and the unit does not emit pollutants during the operation, and it will not produce any Exhaust gas harmful to the atmosphere does not pollute the water. It is an energy-saving and environmentally friendly green energy source.
Development advantages of seawater source heat pump technology
In addition, due to the long coastline of China, the large population of coastal cities and relatively fast economic development, this provides a good opportunity for the development of seawater source heat pumps. The use of seawater as a source of cold heat to achieve cooling and heating of the building after passing through the unit is a renewable energy source. Keling Xiaobian will analyze the energy consumption of seawater source heat pumps.
Seawater source heat pump manufacturer
The heat in sea water is a renewable resource. Due to the different degrees of sunlight received by the sea surface, due to various factors (such as weather conditions, ocean current factors, etc.), the heat content of the seawater is not uniform, so the energy consumption of the seawater source heat pump will be different. If there is less heat in the seawater, the seawater source heat pump system will consume more electricity to meet the needs of the user. The plate heat exchanger is composed of a plurality of heat exchanger plates and is an important device for seawater source heat pumps. Seawater source heat pump plate heat exchangers generally separate seawater circulation from the water circulation system. When the cooling water flow rate is constant, the change of seawater flow has an important influence on the heat exchanger heat transfer coefficient and the water discharge temperature.
Seawater source heat pump technology
The heating and cooling capacity of the building is also one of the factors determining the energy consumption of the seawater source heat pump system. Due to the temperature difference between the north and the south, the energy consumption of the heating system will increase when the temperature is lower in winter, and the energy consumption of the refrigeration system will increase when the temperature is higher in summer. Compared with traditional air conditioners, seawater source heat pump systems have significant advantages in terms of energy consumption. Not only that, the seawater source heat pump also has the advantages of low operating cost, low maintenance cost, low energy consumption, energy saving and environmental protection. Shandong Keling Group has advanced technology and independently develops dozens of national patent products such as seawater source heat pumps and urban sewage source heat pumps. Its business fields are spread all over the country and exported to 36 countries and regions such as Germany and the United States.
Post time: Aug-06-2019