综合智慧能源2025，Vol.47Issue(10)：69-76,8.DOI:10.3969/j.issn.2097-0706.2025.10.008
工业-民用耦合能源系统不确定运行条件适应能力研究
Adaptability of industrial-civil coupled energy systems under uncertain operating conditions
摘要
Abstract
The comprehensive utilization of industrial waste heat and energy by-products to supply energy for surrounding buildings is an important means of integrated cascade utilization of energy.However,industrial production schedules and building energy consumption are relatively independent,each dominated by different factors.This introduces new uncertainties beyond conventional source-load variations,making the boundary conditions for system design decisions even more complex.Taking an industrial-civil coupled energy system in an industrial park in Shanghai as a case study,typical uncertain operating conditions—including year-by-year meteorological variations,occupancy rates,and energy prices—were defined.Four typical system configuration schemes were selected to quantify the adaptability of the integrated energy supply system to these uncertainties.The calculation results showed that configuring fuel cell combined cooling,heating,and power equipment at 10%—20%of the total installed capacity could significantly enhance system adaptability,and its economic performance under variable scenarios was superior to that of all-electric heat pump systems.关键词
工业-民用耦合能源系统/工业余热/不确定性/气象条件/入住率/能源价格/燃料电池/冷热电联供/热泵Key words
industrial-civil coupled energy system/industrial waste heat/uncertainty/meteorological conditions/occupancy rate/energy price/fuel cell/combined cooling,heating,and power/heat pump分类
能源科技引用本文复制引用
黄子硕,窦真兰,陈佳盈..工业-民用耦合能源系统不确定运行条件适应能力研究[J].综合智慧能源,2025,47(10):69-76,8.基金项目
国网上海市电力公司科技项目(SGSHJS00HBJS2402418)Science Foundation of State Grid Shanghai Electricity Company(SGSHJS00HBJS2402418) （SGSHJS00HBJS2402418）
