一个月前，也是在这里，雅鲁藏布江下游水电工程拉开建设帷幕，引来世界瞩目。作为全球规模最大的 清洁能源开发项目，这一总投资达1.2万亿元的"世纪工程"，是推动能源绿色低碳转型的重大举措，不 仅将重塑我国能源结构版图，也为西藏加快清洁能源基地建设、构建新发展格局注入澎湃动能。 60年来，西藏实现历史性巨变，经济发展规模不断扩大。2021年以来，全区主要经济指标增速位居全国 前列，今年上半年，更以7.2%的GDP增速水平居全国第一。与经济跨越式发展互为映衬的是，西藏始 终坚持生态优先、绿色低碳发展，依托地区富集的水能、光能、风能资源优势，大力开发清洁能源。 2024年，西藏清洁能源发电量占比达到99%以上，基本实现全清洁电力供应，成为全国清洁能源发电量 占比最高的地区。 降碳、减污、扩绿……西藏银行业金融机构深入落实党中央赋予西藏的各项特殊优惠金融政策，调动大 量信贷资金，将金融资源有效配置到节能环保、清洁能源、基础设施绿色升级等"双碳"关键领域，为推 动西藏经济社会高质量发展提供了强有力的金融支持。 2025年8月下旬的西藏林芝，从机场到火车站，从市区到乡镇，处处洋溢着"庆祝西藏自治区成立60周 年"的欢乐气氛。 ...

Core Viewpoint - The article highlights the development and implementation of solar energy heating systems in Tibet, emphasizing the importance of utilizing local solar resources to improve living conditions in the region [1][10][21]. Group 1: Research and Development - The research team, led by Liu Jiaping and Liu Yanfeng, faced numerous challenges in developing a solar heating system suitable for the harsh conditions of the Tibetan Plateau [5][6][15]. - Over a span of ten years, the team conducted extensive field research and testing, overcoming technical difficulties related to solar energy collection, storage, and distribution [7][16][26]. - The team developed large solar collectors that convert solar energy directly into heat, which is then stored for winter heating [16][21]. Group 2: Project Implementation - In 2018, the first large-scale solar heating demonstration project was completed in Langkazi County, covering an area of 23,000 square meters and capable of heating over 110,000 square meters of residential space without using coal, gas, or electricity [21][27]. - The project has achieved a 100% operational guarantee over four years, resulting in a reduction of 13,000 tons of carbon dioxide emissions annually [22][27]. - The research team has assisted in establishing over 30 solar heating pilot projects across various regions in Tibet, benefiting more than 500,000 residents [27]. Group 3: Future Prospects - The team aims to expand solar heating solutions across Tibet, with plans to integrate additional functionalities such as oxygen supply and humidity control to enhance living conditions [27]. - The ongoing efforts and innovations in solar energy technology are expected to lead to widespread adoption of solar heating systems in suitable areas of Tibet within a few years [27].