目前，泰安在建在运新型储能装机容量超过580万千瓦，居全省头部位置，将进一步助力泰安加速"绿 碳"蝶变，为全省能源绿色低碳转型示范区建设贡献泰安力量。(泰安市发展改革委) 近年来，泰安市聚焦新质生产力发展和新型能源体系建设，依托资源优势，坚持先立后破、循序渐进， 谋划实施千万千瓦级"储能之都"、千亿级"泰山锂谷"、千万千瓦级"风光高地"三个千量级工程，撬动和 牵引能源供给多元化、清洁化转型取得突破。先后建成了全国最大的采煤沉陷区农光互补产业基地、国 内"首台套"10MW压缩空气储能电站、全球最大规模300MW压缩空气储能电站、山东省首个抽水蓄能 电站—泰山抽水蓄能电站等重大项目。泰安储能产业集群被确定为全省首批支柱型雁阵集群和全省未来 产业集群，"储能之都"入选省"十强产业"场景创新引领区；"十四五"期间全市储能领域获得4个国家级 首台套重大技术装备。肥城市成功争创全省绿色低碳转型示范试点县，肥城新型电池电极材料产业集群 入选国家级中小企业特色产业集群。 中国发展网讯2025年10月底，随着泰安市远望储能科技天宝镇100MW农光互补项目等并网投运，泰安 市新能源装机达到719.7万千瓦，占电力装机的比重达到6 ...

Core Insights - Inner Mongolia has a stable carbon storage of over 10.538 billion tons and an annual carbon sink of 11.9 million tons of CO2 equivalent, ranking first in the country [3][4] - The region is leveraging its ecological advantages to develop afforestation carbon sink projects, converting ecological benefits into measurable and tradable assets, thus achieving a win-win for ecological and economic benefits [4][8] Carbon Sink Development - The afforestation carbon sink CCER project in Arxan City has successfully entered the project approval stage, marking its entry into the national carbon market [3] - Inner Mongolia has the largest forest area (35.7 million acres), second-largest grassland area (81.5 million acres), and fourth-largest wetland area (7.3 million acres) in the country, providing a natural advantage for green carbon development [3][4] Project Implementation Challenges - Not all forests can be developed into carbon sink projects; specific land conditions must be met, including clear land classification and ownership [4][6] - The project requires extensive field surveys and data collection to meet the latest afforestation carbon sink project methodology [6][7] Technological Advancements - The use of advanced equipment such as radar and drones is being introduced to improve the efficiency and accuracy of data collection and carbon sink calculations [7] - A three-dimensional carbon storage rapid calculation model has been developed, reducing traditional measurement cycles by 70% and improving accuracy to 95% [7][8] Revenue Distribution Innovations - A tiered revenue-sharing model has been established to balance the interests of local governments and enterprises, ensuring fair distribution based on carbon trading prices [8] - This model aims to prevent profit imbalances and ensure long-term ecological benefits for local governments while providing basic development benefits for enterprises [8] Talent Development Initiatives - There is a shortage of professionals skilled in both carbon measurement and forestry management, prompting efforts to attract and train interdisciplinary talent [9][10] - Collaborations with universities and research institutions are being established to create a talent pool and enhance professional capabilities in carbon sink projects [10][12] Market Diversification Strategies - The carbon trading market is expected to innovate and explore diversified value realization paths to address low trading revenue and single trading models [13] - Initiatives such as "carbon sink + tourism" and "carbon sink + judicial" are being developed to enhance the economic value of carbon sinks while promoting ecological protection [14][15]