摘要
基于可可西里自然保护区气候环境恶劣、常规能源匮乏的现状,综合考虑当地气候环境、建筑结构和太阳能资源等因素,研究开发太阳能供电-供暖-供氧一体化的系统集成技术,从而满足保护区供电、供暖、供氧的实际需求。以索南达杰保护站为研究对象,进一步验证了该集成技术在供电、供暖、供氧方面协同工作的可靠性与适用性。
Based on the current situation of the harsh climate and lack of conventional energy in the Hoh Xil Nature Reserve,the integrated solar powered-heating-oxygen system integration technology is developed to meet the actual needs of power supply,heating and oxygen supply in the reserve,taking into account the local climate,building structure and solar energy resources.The reliability and applicability of the integrated technology in power supply,heating and oxygen supply were further verified by taking Sonam Dajie Conservation Station as the research object.
作者
刘永朝
孙玉泰
吴亚星
裴正奎
李王安顺
Liu Yongchao;Sun Yutai;Wu Yaxing;Pei Zhengkui;Li Wanganshun(Qinghai Yellow River New Energy Maintenance CO.,LTD.,Golmud 816000,China;Qinghai Tech-Creation Renewable Energy CO.,Ltd,Xining 810000,China)
出处
《青海科技》
2023年第1期153-162,共10页
Qinghai Science and Technology
基金
青海省科学技术厅科技成果转化专项项目“可可西里高寒高海拔用电供暖供氧一体化集成研究与应用”(2020-GX-173)。
关键词
高寒高海拔地区
太阳能
清洁能源
供电供暖供氧
系统集成
Alpine and high altitude areas
Solar energy
Clean energy
Power supply
heating and oxygen supply
System integration
