首页|多目标优化模型的用户分时电价最优用能研究

多目标优化模型的用户分时电价最优用能研究

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针对电力用户对自身用电情况掌握不足、优化管理水平低的问题,研究了能够根据系统输出的优化调度策略来控制智能终端完成相应的调度.在感知层的用电负荷感知模块中加入负荷开关控制模块,使感知模块能够根据优化指令完成相应的导通和关断动作.系统中用户用能多 目标优化模型能够分析用户负荷弹性,并计算用电设备的关联度和用户的用电优化潜力值,同时能够考虑用户的用电舒适度输出用能优化策略.实验结果表明,所提系统用电偏移率最大可达到34.5%,用电量最小低至0.34 kWh.
Research on the Optimum Energy Use of User Time-of-use Price Based on Multi-objective Optimization Model
Aiming at the problems that power users have insufficient understanding of their own electricity consumption and low level of optimal management,this research gives a scheme to control the intelligent terminal and complete the corresponding scheduling according to the optimal scheduling strategy.The load switch control module is added into the load sensing module of the sensing layer,so that the sensing module can complete the corresponding turn-on and turn-off actions according to the optimization command.The multi-objective optimization model of user energy consumption in the system can analyze the user's load elasticity,calculate the correlation of electrical equipment and the user's power consumption optimization potential value,and can output the energy consumption optimization strategy considering the user's power consumption comfort.The experi-mental results show that the maximum power consumption offset rate of the research system can reach 34.5%,and the mini-mum power consumption is as low as 0.34 kWh.

time-of-use priceoptimize scheduling strategypower load sensing moduleload switch control

吴鹏、周红林、顾永生

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江苏电力信息技术有限公司,江苏,南京 210000

分时电价 优化调度策略 用电负荷感知模块 负荷开关控制

2024

微型电脑应用
上海市微型电脑应用学会

微型电脑应用

CSTPCD
影响因子:0.359
ISSN:1007-757X
年,卷(期):2024.40(1)
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