Analysis of perspective technical solutions for the implementation of integrated heat and cooling systems in a harsh continental climate

Author:

Vasilev Semen

Abstract

The possibility of introducing the technology of integrated heat and cold supply in a sharply continental climate is considered on the example of a specific district of the city of Yakutsk, the Republic of Sakha (Yakutia), Russia. In this paper is analysed the possibility of district cooling system based on absorption for one district. The characteristics of specific cold consumers are analysed. Various options for district cooling technologies for the conditions of the North are compared. Calculations of cold consumption for buildings of series 1-464A are made. The analysis of the composition of the equipment, technical solutions, reconstruction of buildings, etc. A comparison of the financial and economic efficiency of the chiller-fan coil system and local split systems for a specific consumer is made.

Publisher

EDP Sciences

Reference11 articles.

1. Integrated energy systems: Challenges, trends, philosophy

2. The cooling imperative. Forecasting the size and source of future cooling demand. The Economist Intelligence Unit. (2019)

3. Cool conclusions. How to implement district cooling in Europe. Renewable Smart Cooling for Urban Europe (RESCUE). (2015)

4. European perspective on absorption cooling in a combined heat and power system – A case study of energy utility and industries in Sweden

5. ON THE POSSIBILITY OF COOLING FROM A HEAT POWER PLANT ON THE EXAMPLE OF YAKUTSK

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