Investment potential evaluation method of regional comprehensive energy system

Abstract

The invention discloses an investment potential evaluation method of a regional comprehensive energy system. The method comprises the steps of clustering the typical users, extracting a typical energyconsumption curve, and carrying out the reasonable analysis and calculation on the overall energy consumption condition of a region; designing and establishing a regional energy system basic model and a comprehensive energy system optimization operation model, based on the above model, obtaining the profit of the regional comprehensive energy system, and determining the total investment of the comprehensive energy system, thereby carrying out the economic analysis, calculating the indexes, such as the internal yield, the unit profit, etc., and carrying out the quantitative evaluation on the market potential of the construction of the regional development comprehensive energy system. According to the method, the profitability and the cost recovery of the investment construction of the regional comprehensive energy system can be effectively analyzed, the inter-regional market potential is visualized and prioritized, the reference is provided for the regional energy system planning, thescientific guidance is provided for the construction investment of the regional comprehensive energy system, and the economic rationality of the calculation and evaluation can be better reflected in the current energy internet development and construction form.

Description

technical field [0001] The invention belongs to the technical field of comprehensive energy systems, and in particular relates to a method for evaluating the investment potential of a regional comprehensive energy system. Background technique [0002] With the development of energy storage technology and the reduction of costs, the profitability of regional integrated energy systems integrating multiple energy storage methods has become a reality. In addition, with the installation of storage devices such as battery energy storage (BES), thermal storage (TS) and ice storage (IS) systems, energy consumers have the ability to cope with short-term changes in energy prices and mitigate the waste of energy resources. [0003] More recently, studies have shown that district integrated energy systems have the potential to increase efficiency and save money. However, due to differences in geographical characteristics, energy prices, and consumer composition, the market potential fo...

AI Technical Summary

Problems solved by technology

So far, there have been studies on the market potential analysis of renewable energy desalination, demand side response and some other new technological innovations in the energy field, but regional analysis methods for the construction of regional integrated energy systems are still missing

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