Page 17 - 电力与能源2024年第四期
P. 17

第 45 卷 第 4 期                          电力与能源
                    2024 年 8 月                                                                          411

                                                                                       DOI:10.11973/dlyny202404003



                  多链式区块链下计及多类型柔性负荷的电力系统


                                         低碳经济调度策略研究



                                           杨佳峰,沈           峰,李夏琼,瞿璐祎

                                          (国网上海市电力公司青浦供电公司,上海 201799)


                    摘   要:针对传统电力系统调度中存在的能源结构单一、运行成本高和环保性差等问题,提出了多链式区块链
                    下计及多类型柔性负荷的电力系统低碳经济调度策略。首先,结合需求侧柔性负荷可平移、可转移和可削减
                    的特性,建立了计及柔性负荷的新型电力系统框架,实现了更灵活的需求响应;其次,利用能多链式区块链技
                    术,对碳配额(CEQ)交易数据进行精细化管理,保证了数据的安全性;接着,综合考虑运行成本和 CEQ 交易
                    成本,构建了总成本最低的电力系统低碳经济调度模型;在此基础上,通过场景对比分析了柔性负荷和 CEQ
                    交易因素对电力系统调度的影响。仿真结果表明,提出的调度策略能够兼顾经济与环境效益,并有效提升
                    CEQ 交易效率,为新型电力系统的低碳化转型提供了理论支撑和决策支持。
                    关键词:多链式区块链;柔性荷载;运营成本;CEQ 交易机制;低碳经济调度
                    作者简介:杨佳峰(1997—),男,硕士,从事智慧能源管理与低碳战略发展研究工作。
                    中图分类号:TM721    文献标志码:A    文章编号:2095-1256(2024)04-0411-07
                  Research on Low-Carbon Economic Dispatch Strategy for Power Systems Considering

                       Multiple Types of Flexible Loads Under Multi-Chain Blockchain Framework





                                       YANG Jiafeng,SHEN Feng,LI Xiaqiong,QU Luyi
                               (State Grid Qingpu Power Supply Company,SMEPC,Shanghai 201799,China)




                    Abstract:Addressing the issues of single energy structure, high operating costs and poor environmental perfor⁃
                    mance  in  traditional  power  system  dispatch,  this  paper  proposes  a  low-carbon  economic  dispatch  strategy  for
                    power systems considering multiple types of flexible loads under a multi-chain blockchain framework. Firstly, le⁃
                    veraging  the  characteristics  of  demand-side  flexible  loads  that  can  be  shifted,  transferred  and  reduced,  a  novel
                    power  system  framework  incorporating  flexible  loads  is  established  to  achieve  more  flexible  demand  response.
                    Secondly, utilizing multi-chain blockchain technology, the paper manages carbon quota (CEQ) trading data with
                    refined precision to ensure data security. Furthermore, by comprehensively considering operating costs and CEQ
                    trading costs, the paper constructs a low-cost model for economic dispatch in power systems aimed at achieving
                    carbon reduction. Based on this, scenario-based comparative analysis evaluates the impact of flexible loads and
                    CEQ trading factors on power system dispatch. Simulation results demonstrate that the proposed dispatch strategy
                    balances  economic  and  environmental  benefits,  enhances  CEQ  trading  efficiency,  and  provides  theoretical  and
                    decision-making support for the low-carbon transformation of new power systems.




                    Key words:multi-chain  blockchain ,flexible  load ,operating  cost ,CEQ  trading  mechanism ,low-carbon eco⁃

                    nomic dispatch
                    随着碳达峰、碳中和战略的深入实施,能源行                         化调度问题的研究对于促进节能减排、推动能源
                业的碳排放管理日趋严格与精细化,推动能源结                            体系变革等具有至关重要的作用。
                构向低碳化转型已成为研究重点                [1-2] 。电力行业            柔性负荷具有可灵活调度的特性,能够缓解
                作为能源生产与消费的重要领域,其系统低碳优                            供需矛盾、提高可再生能源利用率。文献[3]将柔
   12   13   14   15   16   17   18   19   20   21   22