基于综合需求响应的新能源制氢系统优化调度方法探究  

Exploration of Optimization and Scheduling Method for New Energy Hydrogen Production System Based on Comprehensive Demand Response

作　　者：黄铁山 HUANG Tieshan(Guohua Mengdong(Inner Mongolia)New Energy Co.,Ltd.,Tongliao,Inner Mongolia Autonomous Region,028000 China)

机构地区：[1]国华蒙东(内蒙古)新能源有限公司,内蒙古通辽028000

出　　处：《科技资讯》2025年第5期211-213,共3页Science & Technology Information

摘　　要：针对当前新能源制氢系统氢能生产效率低的问题,提出了一种基于电-氢综合需求响应的新能源制氢系统优化调度策略。首先,对面向综合需求响应的新能源制氢优化调度系统进行分析;其次,对面向电-氢需求响应的新能源制氢系统优化调度策略进行结果分析。结果显示,研究策略能够正确选择在1-5电价谷时段进行购电,锂电池能够在3、7、22-23风光出力较低的时段进行放电。由此可知,基于电-氢综合需求响应的新能源制氢优化调度策略能够有效应对能源供需的不平衡,提高制氢效率。Given the low hydrogen energy production efficiency of the current new energy hydrogen production system,an optimal scheduling strategy for the new energy hydrogen production system based on the integrated de-mand response of electricity and hydrogen was proposed.This paper takes the new energy hydrogen production sys-tem in the grid-connected scenario as the research object,and uses the incentive electric-hydrogen integrated de-mand response to optimize its scheduling.The analysis results of the optimal scheduling strategy for the new energy hydrogen production system oriented to the electric-hydrogen demand response show that the research strategy can correctly select the electricity purchase period during the 1-5 price valley hours.Additionally,the lithium batterycan discharge during period 3,7,and 22-23 when wind output is low.It can be seen that the new energy hydro-gen production optimization scheduling strategy based on the comprehensive demand response of electricity and hy-drogen can effectively deal with the imbalance of energy supply and demand and improve the efficiency of hydro-gen production.

关 键 词：需求响应 激励需求 新能源 制氢系统 

分 类 号：TV674[水利工程—水利水电工程]