2025年12月27日，中国水利水电第六工程局有限公司木里茶布朗光伏电站首条集电线路倒送电成功，标 志着该项目正式实现投产发电，为区域经济绿色转型与能源结构优化注入新动力。 严苛的质量标准和技术把控，让项目从桩基施工开始就树立了精准标杆，在业主季度考核中以总分第一 的成绩荣获"优秀施工单位"，并连续斩获"流动红旗"， "196方阵"更被评为样板工程，在高原上铸就了 一座闪亮的品质丰碑。 2025年12月29日，该工程项目经理唐勇在木里县固增乡介绍道，茶布朗光伏电站项目位于四川省凉山州 木里县，装机规模100万千瓦，是国内最大的超高海拔山地光伏项目，是四川省"十四五"可再生能源规 划的重点项目，是我国首个水风光一体化基地——雅砻江流域水风光一体化基地的子项目。 "茶布朗光伏电站项目是响应'十四五'绿色转型部署、衔接'十五五'经济社会发展全面绿色转型要求的示 范标杆，所发出的电能在四川省内消纳，为四川省提供绿色清洁能源。"唐勇介绍，项目建成后，未来 25年的年均发电量将达约19.5亿千瓦时，预计每年可节约标准煤约60万吨，减少二氧化碳排放量约155 万吨，兼具显著的经济效益与环境效益，为推动区域绿色低碳发展、助力 ...

Core Viewpoint - The article highlights a successful "pasture-light complementary" project in Lanying County, which integrates photovoltaic power generation with deer farming and fruit tree planting, transforming previously barren land into a productive ecosystem that benefits both the environment and local communities [3][4][11]. Group 1: Project Overview - The project, initiated by a returning entrepreneur, Wang Xiaoyu, utilizes barren land for photovoltaic panels and deer farming, creating a sustainable model that generates continuous economic benefits [3][4]. - The project officially started in November 2023, with the first batch of deer introduced in August 2024, and has since expanded from an initial herd of 420 to around 500 deer [6][10]. Group 2: Economic Impact - The photovoltaic station generates approximately 1 million kilowatt-hours of electricity monthly, contributing an annual income of around 10 million yuan, while total project revenue has surpassed 20 million yuan [6][10]. - The project employs over 60 local villagers, providing an average annual income of about 50,000 yuan per person, thus revitalizing the local economy and reducing the need for villagers to seek work elsewhere [10][11]. Group 3: Environmental and Agricultural Benefits - The integration of deer farming and fruit tree cultivation creates a closed-loop system where deer manure serves as organic fertilizer, enhancing soil fertility and reducing reliance on chemical fertilizers [10]. - The project promotes biodiversity by incorporating various agricultural practices, including raising free-range chickens and geese, which contribute to pest control and further enrich the soil [10][11]. Group 4: Future Plans and Vision - The entrepreneur aims to replicate the project's success in other similar barren areas, promoting a model that combines renewable energy development with agricultural productivity [11]. - Plans include expanding the variety of farmed animals and fruit trees, as well as leveraging social media to share the project's journey and promote the integration of renewable energy in rural agriculture [13].

项目投运后，预计年均发电量8.6亿千瓦时，年节约标煤21.41万吨，年减少排放二氧化碳59.25万吨、二 氧化硫约1800吨，可有效缓解区域电网调峰压力，增强电网运行的安全性和稳定性，为同类型光伏项目 建设提供可复制、可推广的高原光伏建设经验，深化"牧光储"一体化发展模式的实践探索，对优化青海 能源结构、推动清洁能源规模化开发、促进地方经济社会可持续发展具有重要意义。 项目建设过程中，该公司将生态保护贯穿施工全流程。实施"边施工、边恢复"生态保护机制，施工前全 面开展表土剥离与集中收存，累计剥离表土8000立方米，全部用于后期复绿；对施工道路定期洒水降 尘、动土区域采取防尘网覆盖，有效抑制扬尘污染；针对高原风蚀地貌特点，计划每年在光伏场区播撒 耐寒耐旱草籽，逐步完成复垦绿化，全力实现施工区域生态修复指数100%目标；采用高支架形式，光 伏板下沿离地面距离大于1.5米，为"光伏羊"预留充足通道，搭配板下优质牧草，可为3000只至5000 只"光伏羊"提供天然牧场，实现"板上发电、板间放牧、板下种草"的牧光互补发展模式，既保障畜牧业 发展，又通过植被恢复改善区域生态环境，实现生态效益、经济效益和社会效益三方共赢。 ...

2024年，望江县与广西四野牧业公司签约岭南肉牛产业集群项目，总投资20.08亿元，系安庆市近年来 引进的投资规模最大的农业产业项目。该项目采取"政府+企业+村集体+农户"合作模式，构建从"秸秆 回收—饲料加工—肉牛养殖—粪污综合利用—贸易屠宰"的全链条产业体系，建设内容覆盖秸秆饲料化 利用、核心育种场、有机肥加工、交易市场及屠宰加工等环节。 （来源：安庆新闻网） 转自：安庆新闻网 "哞、哞……"12月23日，在望江县一家牧业有限公司养殖场内，数百头华西牛正悠闲进食，技术人员穿 梭其间，细致观察牛群生长状况。抬头望去，牛棚屋顶上一排排光伏板整齐铺设，悄然将阳光转化为绿 色电能。 "目前牛棚光伏面积已达45亩。自并网发电以来，实现了'板上发电、板下养殖'，既不影响牲畜生长， 又节约了棚舍建设成本上千万元，真正做到了光伏与农业的双赢。"公司负责人吴丹介绍。 与传统养殖不同，这里的养殖环境令人眼前一亮。走近牛棚，几乎闻不到异味。吴丹介绍，这得益于生 态喂养与微生物粪污处理技术的结合："我们以秸秆、玉米等草料为主，从源头减少臭味产生;同时定期 喷洒益生菌，不仅能除臭，还可促进粪污发酵为有机肥，实现清洁生产。" 该项目 ...

统筹：刘佩 汪伟 记者：杜笑微、张子琪 配音：胡函博 摄制：卡着本、赛伟 塔拉滩，蒙古语意为"荒滩"，这里风沙肆虐、草木难生。当地政府将目光锁定这片不毛之地——高 海拔、长日照的特质，2012年，一排排光伏板在戈壁扎根，未曾想，意外之景也随之出现。光伏电站的 大面积建设挡住了一些风沙，地表的蒸发量进一步减少，导致了草长得越来越旺盛。 正当众人一筹莫展时，羊群竟把杂草吃得干干净净，比人工清理更彻底，这一幕瞬间点醒众人：与 其雇人除草，不如请"羊师傅"出山。2015年，园区开放免费放牧，这群穿梭于光伏板间的羊，也有了个 新名号："光伏羊"。 短短几年间，海南州已在光伏园区建成32个光伏生态牧场和56个集中放牧点，塔拉滩的光伏羊从 600只增至2万余只。 从"风吹石头跑"到"风吹草低见牛羊"，塔拉滩"光伏+生态+牧业"模式，为多地发展提供新路径，为 荒漠化治理与清洁能源发展破题。 塔拉滩光伏产业园区位于青海省海南藏族自治州共和县境内，通过"牧光互补"等新发展模式，实现 荒漠化和沙化土地面积"双减少"，植被覆盖度三年间达到80%，风速降低50%。 新华社音视频部制作 【纠错】 【责任编辑:刘阳】 ...

Core Viewpoint - The development of photovoltaic projects in Qiaojia County, Yunnan Province, is creating a sustainable model that integrates ecological protection with energy production, benefiting local communities and contributing to carbon reduction goals [1][6][8]. Group 1: Photovoltaic Project Development - Qiaojia County has established several benchmark photovoltaic projects, including Haiba and Xiaoyangwo, forming a development pattern of "centralized large-scale development + distributed precise coverage" with a total installed capacity exceeding 1 million kilowatts [3]. - The Haiba project employs rock anchor micro-pile technology on steep slopes above 50 degrees to stabilize photovoltaic panels while simultaneously sowing cold-resistant grass seeds, ensuring both energy generation and ecological protection [3][5]. Group 2: Community Benefits - The construction of photovoltaic projects has created job opportunities for over 5,000 local residents, allowing them to earn "ecological income" through maintenance and weeding work, even during the off-season [5]. - Qiaojia County has implemented a "532" profit distribution model, ensuring that the benefits from distributed photovoltaic projects are shared among village collectives, county funds, and rooftop owners, promoting inclusive growth [5]. Group 3: Environmental Impact - The operational photovoltaic projects in Qiaojia County can provide over 800 million kilowatt-hours of clean electricity annually, equivalent to saving nearly 200,000 tons of standard coal each year, contributing to the county's carbon reduction targets [6]. - The county is exploring the integration of photovoltaic systems with agriculture and livestock, planning to initiate a "pasture-photovoltaic complementary" pilot project to enhance land use efficiency [6]. Group 4: Broader Implications - The photovoltaic initiatives in Qiaojia County are transforming local energy production into a strong driving force for regional development, contributing to the construction of a beautiful China [8].

Core Viewpoint - The first ground-based centralized large-scale photovoltaic power generation project by the National Pipeline Network Group has achieved grid-connected trial operation, significantly promoting the green and low-carbon development of China's oil and gas industry [1][2] Group 1: Project Overview - The project, located in Jinghe County, Xinjiang, has a capacity of 340,000 kilowatts and occupies approximately 10,636 acres [1] - The designed annual average power generation is 623 million kilowatt-hours, with an average utilization hours of 1,409.70 hours per year [1] - Under a 5% power limitation rate, the average annual grid-connected electricity is approximately 592 million kilowatt-hours [1] Group 2: Environmental and Economic Impact - The project is expected to save approximately 178,100 tons of standard coal annually and reduce emissions of carbon dioxide by about 488,000 tons, sulfur dioxide by approximately 49.15 tons, and nitrogen oxides by around 78.76 tons [2] - The integration of photovoltaic power generation with livestock farming helps alleviate land use conflicts and promotes ecological restoration and environmental improvement [1][2] - The generated electricity will be fully integrated into the Xinjiang power grid and utilized by self-built projects and upstream and downstream related users through market transactions [2]

Group 1 - The core viewpoint of the articles emphasizes the significant role of the National Development Bank (NDB) in supporting green finance initiatives and projects aimed at achieving carbon neutrality and promoting sustainable development across various regions in China [1][2][4][12] - The NDB has provided substantial financial support for renewable energy projects, such as the ±800 kV UHVDC transmission project from Hami to Chongqing, which utilizes 14.2 million kilowatts of power sources, with over 70% coming from renewable energy [1] - The bank has also financed the construction of new energy logistics bases and battery swapping stations in Tangshan, with an initial loan of 88.05 million yuan to support the transition to electric heavy-duty trucks, enhancing clean transportation [2][3] Group 2 - The NDB's financing efforts have led to the establishment of the Longyangxia Water-Solar Complementary Photovoltaic Power Station, which has received 4.2 billion yuan in loans, contributing to significant carbon savings and promoting ecological restoration in the region [5][6] - The bank is actively involved in ecological restoration projects, such as the sewage treatment initiatives along the Fenhe River, providing 270 million yuan in loans to improve water quality and enhance local ecosystems [9][11] - The NDB is committed to exploring innovative financing models for ecological protection and green development, aiming to integrate economic growth with environmental sustainability [12][13]

Core Viewpoint - The article highlights the significant role of Hengyuan New Energy in promoting renewable energy through its large-scale photovoltaic projects in Zhangbei, contributing to energy transformation and carbon neutrality goals in the region [1][5]. Group 1: Project Overview - Hengyuan New Energy's Zhangbei 500 MW photovoltaic power station features 850,000 Jinko N-type bifacial modules, generating nearly 800 million kWh annually, which reduces coal consumption by 238,800 tons and smoke emissions by 54.81 tons [3]. - The project implements a "pastoral-photovoltaic complementary" model, integrating solar power generation with livestock farming to enhance farmers' income [3]. Group 2: Technological Innovations - The facility employs advanced monitoring systems to ensure stable power supply and efficient energy conversion, with a 220 kV transmission network connecting to a 1,000 MW load scale [3]. - A 300 MW/600 MWh energy storage project is under construction, utilizing cutting-edge technologies to stabilize power supply and ensure over 50% of generated electricity is consumed [3][4]. Group 3: Company Position and Future Plans - Hengyuan New Energy has a total grid-connected capacity of 2.78 GW in Zhangjiakou, establishing itself as a leader in the renewable energy sector and a model for private enterprises in the demonstration zone [4]. - The company plans to initiate an additional 2.75 GW of projects this year, aiming for an annual power generation of no less than 10 billion kWh upon completion, supporting efficient green energy consumption and regional carbon neutrality [4].

Core Insights - The article highlights the successful integration of solar energy into rural revitalization and ecological protection in Ledou District, Qinghai Province, showcasing a model of "green electricity generating wealth" [1] Group 1: Solar Power Development - Ledou District has established a 39 MW village-level photovoltaic poverty alleviation power station, which has been operational since June 2019, with a total investment of 260 million yuan and covering over 1000 acres [1] - The power station generates an average of 58 million kWh of clean electricity annually, yielding over 40 million yuan in annual revenue, and has cumulatively produced 330 million kWh of electricity, generating a total revenue of 230 million yuan [1] Group 2: Community Impact - The village of Canglingding has received over 1.4 million yuan in cumulative earnings from the power station since its inception, which has been allocated to community development, infrastructure maintenance, public services, and public welfare job salaries, significantly enhancing the villagers' sense of happiness and gain [2] - Ledou District has also engaged in cross-regional photovoltaic industry development, investing in a solar power station in Hainan Tibetan Autonomous Prefecture, with 213 villages sharing a total of 8.6383 million yuan in distributed earnings [2]