首页|基于源荷互动的隧道能源自洽技术

基于源荷互动的隧道能源自洽技术

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为保证公路隧道安全运营,隧道内部安装有照明、通风、消防、监控等众多机电设施,其存在耗电量大、用电点位集中、负荷存在波动性的特点。为有效提高隧道绿色能源的利用率,助力"双碳"目标实现,搭建隧道光伏遮光棚降低用电负荷,利用隧道口空地布置光伏新能源发电装置和储能设施,构建隧道光、储、用一体化"微电网",采用数字化隧道能源管控平台,通过隧道用电负荷的精准控制、光伏发电的准确预测、微电网的智能控制、实现隧道的源荷互动与自给自足。
Tunnel Energy Self-consistent Technology Based on Source-charge Interaction
In order to ensure the safe operation of highway tunnels,many mechanical and electrical facilities such as lighting,ventilation,fire protection and monitoring are installed inside the tunnels,which have the characteristics of large power consumption,power point concentration and load fluctuation.In order to effectively improve the utilization rate of green energy in the tunnel and help achieve the strategic goal of"double carbon",the photovoltaic shading shed of the tunnel is built to reduce the electricity load,photovoltaic new energy power generation devices and energy storage facilities are arranged in the open space at the tunnel entrance,and the integrated"micro-grid"of tunnel light,storage and use is constructed.The digital tunnel energy management and control platform is adopted.Through the precise control of the tunnel electricity load,the accurate prediction of photovoltaic power generation,and the intelligent control of microgrid,the tunnel can realize the interaction and self-sufficiency of the source and load.

tunnelnew energymicrogridself-consistentmanagement and control platform

山东省交通规划设计院集团有限公司

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隧道 新能源 微电网 自洽 管控平台

2024

交通节能与环保
人民交通出版社股份有限公司,交通运输部公路科学研究院

交通节能与环保

影响因子:0.286
ISSN:1673-6478
年,卷(期):2024.20(z1)