District Cooling System Components

To reduce the overall energy consumption by air conditioning of the 320 hectares new urban development following the relocation of the kai tak airport in the city centre the hong kong government has taken the lead in planning the first of its kind seawater district cooling system dcs.

District cooling system components.

Components of a district cooling system figure 1. The oldest district heating system was created in the early fourteenth century in chaudes aigues cantal a village in france. Economies of scale due to the set up of centralized plants instead of. District cooling system components including mechanical electrical and control systems.

It uses a chiller plant to cool water to around 4 5 c offering a centralized use of refrigerants and heat rejection methods such as seawater river water or even treated sewage effluent. This system distributed warm water through wooden pipes and it i. It cools a 14 500 tons 50 mw load. Benefits of district cooling.

The system has operated since the summer of 2000 and was built at a cost of 55 60 million. History of district cooling. Working since 1985 the system of the école. District cooling plant shall have the following major equipment s such as chillers cooling towers ets energy transfer station stations pumps centralized chilled water monitoring and control system thermal energy storage water filtration system chilled water metering system central control system etc upvote 1 downvote 0 reply 0.

District cooling systems are advantageous as they are environmentally friendly yield lower lifecycle costs are reliable decrease building costs and provide architectural flexibility. The interface between the district cooling system and the building cooling system is commonly referred to as consumer substation. District cooling system components including mechanical electrical and control systems. Chilled water is typically generated at the central chiller plant by compressor driven chillers absorption chillers or other sources like a.

District cooling systems are advantageous as they are environmentally friendly yield lower lifecycle costs are reliable decrease building costs and provide architectural flexibility. A river water district cooling system dc involves many different components to make it work.