摘要
硐室储气库选址是压缩空气储能电站地下工程成功与否的关键性因素。利用摄影测量技术的综合应用,研究识别地表岩体几何构型、裂隙密集带、区域性断层等方面技术要点,以达到辅助硐室储气库选址的目标,为下一步压缩空气储能电站的勘察设计工作提供明确的目标导向和参考数据。
The site selection of gas storage in rock caverns plays a key role in making the underground engineering successful.This paper aims to help to select a chamber site for storing compressed air through comprehensive application of photogrammetry technology to study and identify technical essentials of geometrical configuration of surface rock mass,fracture zone,regional fault and etc,so as to provide specific goal orientation and reference data for further survey and design compressed air energy storage.
作者
商浩亮
胡巍
马小丰
李志斌
纪文栋
牟今容
SHANG Haoliang;HU Wei;MA Xiaofeng;LI Zhibin;JI Wendong;MU Jinrong(China Energy Digital Technology Group Co.,Ltd.,Beiing 100044,China;Beijing North-Star Technology Development Co.,Ltd.,Beiing 100044,China)
出处
《电力勘测设计》
2023年第3期1-7,共7页
Electric Power Survey & Design
基金
中国能建集团重大科技专项“300 MW级压缩空气储能电站关键技术和装备研究”(CEEC-KJZX-04-2022)。
关键词
压缩空气储能
硐室储气库
摄影测量
岩体结构面
断层断裂
compressed air energy storage
gas storage in rock caverns
photogrammetry
rock discontinuity structural plane
fault rupture
