国产品久久久,国产对白videos麻豆高潮,亚洲精品一区二区三区影院忠贞

關鍵詞： 電轉氣；碳捕集；氣- 熱- 電聯產；綜合需求響應；綜合能源系統

中圖分類號：F206 ；TM61 文獻標識碼：A 文章編號：1007-3175(2024)09-0006-10

Optimized Scheduling of Integrated Energy Systems

Considering Integrated Demand Response

ZHOU Xin-ying¹, ZHOU Tao², ZHANG Ye-ke¹, ZENG Lin-jun³, YU Tao⁴

（1 School of Electrical & Information Engineering, Changsha University of Science & Technology, Changsha 410114, China;

2 Hunan Power Exchange Center, Changsha 410002, China;

3 College of Energy and Power Engineering, Changsha University of Science & Technology, Changsha 410114, China;

4 State Grid Hunan Electric Power Company Limited Shaodong Power Supply Co., Ltd, Shaodong 422800, China）

Abstract: As a key component of integrated energy system (IES), combined heat and power (CHP) units are characterized by“heat to power”, which seriously affects IES’ability to absorb new energy and the economy of low-carbon operation. To solve this problem, this study introduced power-to-gas (P2G) and carbon capture and storage (CCS) devices, converted the CHP unit into a combined gas, heat and power (CGHP) unit, and introduced an organic Rankine cycle (ORC) to recycle the chemical heat in the P2G process. Meanwhile, the gas,heat and power operation characteristics of the CGHP unit were studied and analyzed, and the integrated demand response (IDR) mechanism was introduced on the load side to cooperate with the source-load CGHP system for source-load cooperative scheduling. Finally, the effectiveness of the proposed system model as well as the synergistic operation strategy in promoting the IES to consume new energy and reducing carbon emission and total operation cost was verified through simulation.

Key words: power-to-gas; carbon capture and storage; combined gas, heat and power; integrated demand response; integrated energy system

參考文獻

[1] 黃雨涵，丁濤，李雨婷，等. 碳中和背景下能源低碳化技術綜述及對新型電力系統發展的啟示[J]. 中國電機工程學報，2021，41(z1)：28-51.

[2] 譚顯東，劉俊，徐志成，等.“雙碳”目標下“十四五”電力供需形勢[J]. 中國電力，2021，54(5) ：1-6.

[3] 曾鳴，王永利，張碩，等.“十四五”能源規劃與“30·60”雙碳目標實現過程中的 12 個關鍵問題[J] . 中國電力企業管理，2021(1) ：41-43.

[4] 畢銳，王孝淦，袁華凱，等. 考慮供需雙側響應和碳交易的氫能綜合能源系統魯棒調度[J]. 電力系統保護與控制，2023，51(12) ：122-132.

[5] MIRZAEI M A, ZATE O M, MOHAMMADI-IVATLOO B,et al.Integrated energy hub system based on power-to-gas and compressed air energy storage technologies in presence of multiple shiftable loads[J].IET Generation Transmission & Distribution，2020，14(13) ：2510-2519.

[6] 陸王琳，陸啟亮，張志洪. 碳中和背景下綜合智慧能源發展趨勢[J]. 動力工程學報，2022，42(1) ：10-18.

[7] 陳錦鵬，胡志堅，陳嘉濱，等. 考慮階梯式碳交易與供需靈活雙響應的綜合能源系統優化調度[J]. 高電壓技術，2021，47(9) ：3094-3104.

[8] LI W, LI T, WANG H, et al.Optimal dispatch model considering environmental cost based on combined heat and power with thermal energy storage and demand response[J].Energies，2019，12(5) ：817.

[9] YANG D , TANG Q , ZHOU B,et al . District energy system modeling and optimal operation considering CHP units dynamic response to wind power ramp events[J].Sustainable Cities and Society，2020，63 ：102449.

[10] 孫惠娟，劉昀，彭春華，等. 計及電轉氣協同的含碳捕集與垃圾焚燒虛擬電廠優化調度[J] . 電網技術，2021，45(9) ：3534-3544.

[11] 陳錦鵬，胡志堅，陳穎光，等. 考慮階梯式碳交易機制與電制氫的綜合能源系統熱電優化[J]. 電力自動化設備，2021，41(9) ：48-55.

[12] 余娟，時權妍，楊知方，等. 考慮電解水與甲烷化運行特性的電轉氣系統日前調度方法[J]. 電力系統自動化，2019，43(18) ：18-25.

[13] TAO Y , QIU J , LAI S , et al . Carbon-oriented electricity network planning and transformation[J].IEEE Transactions on Power Systems，2021，36(2) ：1034-1048.

[14] 李東森，高賜威，趙明. 計及電轉氣熱回收的綜合能源系統蓄熱罐容量規劃與運行策略[J]. 電力自動化設備，2019，39(8) ：161-168.

[15] 馬麗葉，朱思宇，盧志剛，等. 考慮時空擴散和碳匯的碳捕集-電轉氣協同優化調度模型[J]. 電力系統自動化，2023，47(2) ：15-23．

[16] 李欣，劉立，黃婧琪，等. 含耦合 P2G 和 CCS 的園區級綜合能源系統優化調度[J]. 電力系統及其自動化學報，2023，35(4) ：18-25.

[17] 袁鐵江，曹繼雷. 計及風電- 負荷不確定性的風氫低碳能源系統容量優化配置[J] . 高電壓技術，2022，48(6) ：2037-2044．

[18] 孫毅，胡亞杰，鄭順林，等. 考慮用戶響應特性的綜合需求響應優化激勵策略[J] . 中國電機工程學報，2022，42(4) ：1402-1412.

[19] 胡福年，張彭成，周小博，等. 計及靈活性資源的綜合能源系統源荷協調優化調度[J] . 中國電力，2024，57(5) ：2-13.

[20] MA Y, WANG H, HONG F, et al.Modeling and optimization of combined heat and power with power-to-gas andcarbon capture system in integrated energy system[J].Energy，2021，236(5) ：121392.

[21] YU S , FAN Y , ZHU L , et al . Modeling the emission trading scheme from an agent-based perspective: System dynamics emerging from firms’ coordination among abatement options[J].European Journal of Operational Research，2020，286(3) ：1113-1128.

返回索引列表

Article retrieval

文章檢索

考慮綜合需求響應的綜合能源系統優化調度