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The district cooling system distributes chilled water produced at a central plant to buildings and facilities via a network of pipes. • DCS is a sustainable, green and environment-friendly cooling system compared to other air conditioning solutions. • According to the United Nations Report on Sustainable Development 2018, district cooling systems are helping to reduce the amount of energy used for cooling by around 50 per cent, leading to a reduced carbon footprint.v
Components of district cooling system A typical district cooling system consists of the following elements: • Central chiller plant: generate chilled water • Distribution network: distribute chilled water to user stations • Consumer substation: interface between district cooling system and building cooling system
The district cooling system eliminates the noise and vibration created by traditional types of air conditioning systems. • This is highly useful for residential, leisure, academic or healthcare environments. • Additionally, electrical cabling and transformers required to provide power to the A/C units are not mandatory for each building within a district or development.
District cooling systems primarily purify and dehumidify chilled air since they do not require airflow to ventilate and thus reduce air exposure to external pollutants. • Furthermore, constant air circulation in district cooling systems allows for the even distribution of chilled air, which aids in the elimination of cold spots that homeowners typically encounter with traditional cooling systems.
District cooling systems are 50% more energy-efficient and cost-effective than traditional cooling systems. • This eco-friendly cooling system is long-lasting compared to traditional cooling systems.
A single central source of cooling is used for numerous buildings in district cooling. • DCS is an energy-efficient cooling system that provides operational flexibility and convenience by allowing each building to utilise as much or as little cooling as required without worrying about the chiller size or capacity.