Investment Decision Model of Smart City Multi-energy System based on Supply and Demand Characteristics Analysis
With the opening of the competition in the electricity sales market, smart cities, as the best experimental carrier for the comprehensive utilization of multi-energy, have a unique position in the field of comprehensive energy. Therefore, this paper constructs a profit model of comprehensive energy...
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| Published in | 8th Renewable Power Generation Conference (RPG 2019) p. 394 |
|---|---|
| Main Authors | , , , , , , |
| Format | Conference Proceeding |
| Language | English |
| Published |
Stevenage, UK
IET
2019
The Institution of Engineering & Technology |
| Subjects | |
| Online Access | Get full text |
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| Abstract | With the opening of the competition in the electricity sales market, smart cities, as the best experimental carrier for the comprehensive utilization of multi-energy, have a unique position in the field of comprehensive energy. Therefore, this paper constructs a profit model of comprehensive energy services. Firstly, by analyzing the energy supply system of the smart city multi-energy system, the typical application scenarios of the smart city multi-energy system are proposed. Secondly, the energy consumption characteristics of typical smart city users, including industrial enterprises, public institutions and residents are analyzed to study the transformation trend of smart city's multi-energy interconnection operation mode promoted by new electricity reform. Finally, the cost model of comprehensive energy service and the investment model for comprehensive energy service companies is proposed. |
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| AbstractList | With the opening of the competition in the electricity sales market, smart cities, as the best experimental carrier for the comprehensive utilization of multi-energy, have a unique position in the field of comprehensive energy. Therefore, this paper constructs a profit model of comprehensive energy services. Firstly, by analyzing the energy supply system of the smart city multi-energy system, the typical application scenarios of the smart city multi-energy system are proposed. Secondly, the energy consumption characteristics of typical smart city users, including industrial enterprises, public institutions and residents are analyzed to study the transformation trend of smart city's multi-energy interconnection operation mode promoted by new electricity reform. Finally, the cost model of comprehensive energy service and the investment model for comprehensive energy service companies is proposed. |
| Author | Wang Yanshuo Wang Jian Wu Kuihua Du Peng Lu Zhipeng Sun Wei Wang Fei |
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| Copyright | Copyright The Institution of Engineering & Technology Oct 24, 2019 |
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| DOI | 10.1049/cp.2019.0647 |
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| Keywords | profitability profit model energy service companies public institutions energy supply system investment industrial enterprises electricity sales market smart city users multienergy interconnection operation mode power system interconnection supply and demand investment decision model supply-demand characteristics analysis smart cities smart city multienergy system electricity supply industry power markets energy consumption energy consumption characteristics |
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| SubjectTerms | Demand analysis Economics Electricity consumption Energy Energy consumption Financial management Investment Power system management, operation and economics Public utilities Smart cities |
| Title | Investment Decision Model of Smart City Multi-energy System based on Supply and Demand Characteristics Analysis |
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