The cooling water system in water-cooled condensers can be divided into two categories:
I. Wastewater systems In wastewater systems, the cooling water absorbs heat in the condenser and is discharged into the gutter. When a wastewater system is used, the price of water and the source of water supply are important factors to consider because the water is discharged into the gutter. In some places, the use of wastewater systems is strictly limited due to water shortages and expensive water rates, coupled with the limited capacity of wastewater treatment facilities. Even in some large cities where water is plentiful, the use of wastewater systems should be appropriately restricted for the future of the city.

2, the re-circulating water system in the re-circulating water system, the water leaving the condenser through the pipeline into the cooling tower, cooling in the cooling tower and then into the condenser, recycling.

9th Scientific Laboratory Environmental Control Technology Conference
Safeguarding Safety, Stimulating Innovation, Building New Quality Productivity

In addition, considering that the enclosure structure in the heating room needs to bear the load in the algorithm of intermittent heating energy consumption by room, and its thermal performance has an impact on the heating energy consumption, therefore, on the basis of the first three types of enclosure structure practices, the enclosure structure in the heating room is increased with heat preservation measures, and 20 mm heat preservation mortar is smeared on both sides of the partition wall of the conventional 240 mm clay bricks in the heating room, and 30 mm inorganic fibers are sprayed under the ordinary concrete floor slab to realize the energy transmission between the partition wall and the floor slab. The heat transfer coefficient K of the partition wall and floor slab is reduced to 1.00 W/(m2-K). A total of six envelope practices, respectively, the status quo, GB/T 50824, GB/T 50824 revision, status quo + internal envelope insulation, GB/T 50824 + internal envelope insulation and GB/T 50824 revision + internal envelope insulation.

Comparison of Inverter Multi Air Conditioning System and Traditional Central Air Conditioning

Professor Zhao Bin's group at Tsinghua University: China's urban and rural residential seepage air ventilation number of visualization platform V1.0 officially released