Difference between revisions of "Urban energy planning and renewable energy utilization"
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| − | The continuous development of volatile renewable energy has higher requirements for the reliable operation of the energy supply system. Based on the supply-demand balance curve and operating costs, research data mining to analyze the peak | + | The continuous development of volatile renewable energy has higher requirements for the reliable operation of the energy supply system. Based on the supply-demand balance curve and operating costs, this research uses data mining to analyze the peak-valley characteristics of time series power loads and data-driven optimization of the power structure of the power generation side. |
| − | + | Furthremore, the application scenarios of renewable energy power generation and heating and hydrogen production in buildings are studied in order to design and optimize the regional interconnection integrated energy supply system. By using the district heat pump heating and micro combined heat and power technology, the flexibility of the district energy supply system can be improved. Meanwhile, an intelligent energy management system to further promote the penetration rate of renewable energy in the intelligent integrated energy system is also developed. | |
Latest revision as of 08:10, 15 December 2020
The continuous development of volatile renewable energy has higher requirements for the reliable operation of the energy supply system. Based on the supply-demand balance curve and operating costs, this research uses data mining to analyze the peak-valley characteristics of time series power loads and data-driven optimization of the power structure of the power generation side. Furthremore, the application scenarios of renewable energy power generation and heating and hydrogen production in buildings are studied in order to design and optimize the regional interconnection integrated energy supply system. By using the district heat pump heating and micro combined heat and power technology, the flexibility of the district energy supply system can be improved. Meanwhile, an intelligent energy management system to further promote the penetration rate of renewable energy in the intelligent integrated energy system is also developed.