2002•Journal of Engineering for Thermal Energy and PowerRequires access

Analysis of Refrigeration Energy Consumption under a Tri-generation Production Mode as Compared with That under a Single Electric Power Production Mode

Chang Ru, Gang Yu

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Abstract

In accordance with heat quantity balance method an analysis is performed of the refrigeration energy consumption under a tri-generation (electric power, heat energy, cooling energy) production mode and a single electric-power production one. A method is presented to compare energy consumption under various conditions. It is concluded that in general the refrigeration energy consumption under the tri-generation mode will be greater than that under the single electric-power production one. The proposed method has provided a basis for the comprehensive study and comparison of refrigeration energy consumption under the tri-generation mode and the single generation one.

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What this paper is about

In accordance with heat quantity balance method an analysis is performed of the refrigeration energy consumption under a tri-generation (electric power, heat energy, cooling energy) production mode and a single electric-power production one. A method is presented to compare energy consumption under various conditions. It is concluded that in general the refrigeration energy consumption under the tri-generation mode will be greater than that under the single electric-power production one. The proposed method has provided a basis for the comprehensive study and comparison of refrigeration energy consumption under the tri-generation mode and the single generation one.

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Available abstract

In accordance with heat quantity balance method an analysis is performed of the refrigeration energy consumption under a tri-generation (electric power, heat energy, cooling energy) production mode and a single electric-power production one. A method is presented to compare energy consumption under various conditions. It is concluded that in general the refrigeration energy consumption under the tri-generation mode will be greater than that under the single electric-power production one. The proposed method has provided a basis for the comprehensive study and comparison of refrigeration energy consumption under the tri-generation mode and the single generation one.

Key concepts: Refrigeration, Energy consumption, Electricity generation, Production (economics), Energy balance, Electric power, Electric energy, Process engineering

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