德令哈清洁能源装机突破605万千瓦 全力打造千万千瓦级基地Delingha's clean energy installed capacity surpasses 6.05 million kilowatts, fully striving to build a base at the 10-million-kilowatt level

2026年,德令哈市清洁能源产业迎来关键跃升。全市已建成投运新能源装机605万千瓦,在建规模95万千瓦;2030年力争全市清洁能源总装机规模突破1400万千瓦,“中国光热之都”的产业底盘愈发坚实。从单一光热示范到“风光热储氢”全链协同,德令哈在戈壁之上加速构建源网荷储一体化的现代能源体系。
光热领域率先取得节点突破。10月26日,青海众控德令哈35万千瓦光热发电示范(试点)项目三座吸热塔全部顺利封顶,标志着这座全球在建装机规模最大、储能容量最大的塔式光热发电项目进入建设冲刺阶段。项目采用“三塔一机”创新设计,配套14小时超长储能,总投资55.67亿元,计划2027年12月并网,建成后年发电量可达9.85亿千瓦时。
与此同时,中广核德令哈100万千瓦光热储一体化项目(80万千瓦光伏+20万千瓦光热)稳步推进,全国最大储热型光热调峰工程加速成形。德令哈光热技术创新中心已累计承担科研课题10余项,攻克聚光精度99.5%、光热转化效率48%等一批关键技术指标,拥有专利60项。
绿电消纳方面,依托尕海东绿电直连区,德令哈正推动绿电从单点直供向全域覆盖升级。华电德令哈100万千瓦光储及3兆瓦光伏制氢项目累计发电量已超40亿千瓦时,是中国首个高海拔光氢储一体化项目,也是高海拔地区绿电制氢的首次尝试。华电德令哈3兆瓦PEM电解水制氢示范项目产能达153吨/年,已实现光伏富余电量制氢,初步形成工业领域绿氢消纳场景。
在绿色算力领域,海德智算产业园加速建设,依托当地清洁能源和冷凉气候,打造能源溯源占比不低于90%的绿色算力中心。以华电南玻项目为核心示范,绿色盐化工、清洁能源装备制造、绿色算力园区的绿电直连试点已同步启动,绿电的就地转化路径由单一制氢扩展到算力与化工。
零碳转型同步推进。德令哈已划定1720平方公里新能源专属发展用地,可承载34GW项目开发,五大重点片区功能清晰、协同发力。2026年9月,柴达木循环经济试验区德令哈工业园入选青海省级零碳园区建设名单;德令哈市同步推进国家级零碳园区创建,前瞻布局零碳算力、绿氢制备与应用等新兴赛道。
10月22日,“瀚海同心 电筑新程”园网共建观摩交流活动在德令哈举行,国网海西供电公司与园区企业进一步打通绿电供应与产业用能之间的衔接通道。目前,海西地区已建成光热及储能电站70余座,源源不断的绿电正加速转化为园区高质量发展新动能。
In 2026, Delingha City's clean energy industry will undergo a crucial leap. The city has already built and put into operation 6.05 million kilowatts of renewable energy installations, with 950,000 kilowatts under construction; by 2030, it aims for the total installed capacity of clean energy in the city to exceed 14 million kilowatts, further solidifying the industrial foundation of the 'China Solar Thermal Capital.' From a single solar thermal demonstration to full-chain collaboration of 'wind, solar, thermal, storage, and hydrogen,' Delingha is accelerating the construction of a modern energy system that integrates generation, grid, load, and storage on the Gobi Desert.
The solar thermal sector has first achieved a key milestone. On October 26, the three heat absorption towers of the 350,000-kilowatt solar thermal power demonstration (pilot) project by Qinghai Zhongkong in Delingha were all successfully topped off, marking that this globally largest tower-type solar thermal power project under construction in terms of installed capacity and storage capacity is entering the final stage of construction. The project adopts an innovative 'three towers, one unit' design, with 14-hour ultra-long storage, a total investment of 5.567 billion yuan, and plans to connect to the grid in December 2027. Once completed, the annual power generation is expected to reach 985 million kilowatt-hours.
At the same time, the CGN Delingha 1-million-kilowatt integrated solar thermal storage project (800,000 kW photovoltaic and 200,000 kW solar thermal) is steadily advancing, and the country's largest heat-storage solar thermal peak-shaving project is taking shape rapidly. The Delingha Solar Thermal Technology Innovation Center has cumulatively undertaken more than 10 research projects, overcoming a number of key technical indicators such as 99.5% concentrating accuracy and 48% solar thermal conversion efficiency, and holds 60 patents.
In terms of green electricity consumption, relying on the Ga Hai East green electricity direct connection area, Delingha is promoting the upgrade of green electricity from single-point direct supply to full-area coverage. The Huadian Delingha 1-million-kilowatt solar storage and 3-megawatt photovoltaic hydrogen production project has generated more than 4 billion kilowatt-hours in total. It is China's first high-altitude integrated solar-hydrogen-storage project and also the first attempt at green electricity-powered hydrogen production in high-altitude areas. The Huadian Delingha 3-megawatt PEM water electrolysis hydrogen demonstration project has a production capacity of 153 tons per year, has already achieved hydrogen production using surplus photovoltaic power, and has preliminarily formed industrial green hydrogen consumption scenarios.
In the field of green computing power, the Haide Intelligent Computing Industrial Park is accelerating construction, relying on local clean energy and a cool climate to create a green computing power center with an energy traceability share of no less than 90%. Centered on the Huadian NG Glass project as a core demonstration, the pilot projects for direct green electricity connection in green salt chemical industry, clean energy equipment manufacturing, and green computing power parks have been launched simultaneously, and the local conversion pathway of green electricity has expanded from solely hydrogen production to computing power and chemical industry.
The zero-carbon transition is progressing concurrently. Delingha has designated 1,720 square kilometers of exclusive land for renewable energy development, capable of supporting 34 GW of project development, with five key areas having clear functions and coordinated efforts. In September 2026, the Delingha Industrial Park in the Qaidam Circular Economy Experimental Zone was selected for the list of provincial-level zero-carbon park construction in Qinghai; at the same time, Delingha City is promoting the creation of a national-level zero-carbon park, with forward-looking plans for emerging sectors such as zero-carbon computing power, green hydrogen production, and application.
On October 22, the "Han Hai United Hearts, Electrifying a New Journey" park-network co-construction observation and exchange event was held in Delingha, where the State Grid Haixi Electric Power Company and park enterprises further connected the channels between green power supply and industrial energy use. At present, more than 70 solar thermal and energy storage power stations have been built in the Haixi region, and the continuous supply of green electricity is accelerating its transformation into new momentum for the high-quality development of the park.
[Source: Haixi Release]
[Editor: Xiao Neng]
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