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Latest Articles on District Cooling:

Understanding the main components and equipment of the district cooling plant

Introduction The district cooling system consists of the district cooling plant, the piping network, and the energy transfer station. The district cooling plant is the main component of the system that generates cooling energy in the form of chilled water for supply to the consumers. This article describes the main components and equipment of the…

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District cooling system as a utility infrastructure business – Contractual obligations of the district cooling operator

Introduction The district cooling system, according to IDEA’s  “District Cooling Best Practice Guide”, is a long-term utility service business. By their very nature, district cooling systems are often structured as utility infrastructure. In this article, we shall explore the key characteristics of district cooling that distinguish it as a utility infrastructure business, as well as…

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District Cooling Plant vs In-Building Chiller Plant: Understanding the Key Differences

Introduction The United Nations Environmental Program, in its publication titled “District Energy in Cities: Unlocking the Full Potential of Energy Efficiency and Renewable Energy”, stated that:• Cities account for over 70 percent of global energy use and 40 to 50 percent of greenhouse gas emissions worldwide.• Half of the cities’ energy consumption is for heating…

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What are the benefits of chilled water storage in district cooling?

Introduction Chilled Water Storage, being a form of sensible energy storage, utilizes a large insulated tank as a storage vessel for chilled water.  In District Cooling Plants, Chilled Water Storage is used to store the excess chilled water generated by the chillers during periods of low cooling demand. During peak periods, when the cooling demand…

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District cooling improves the energy efficiency while reducing the carbon footprint of urban comfort cooling

District cooling has the potential to improve the energy efficiency while also lowering the carbon footprint of comfort cooling in urban areas. The following discussion demonstrates how district cooling technology can be used to achieve these two important objectives: How does district cooling improve the energy efficiency of cooling energy production? Due to economies of…

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