克日，Z6尊龙凯时蓄能收到中创碳投出具的《节能降碳孝顺评估证书》（证书编号：SCII-20250530-001），该证书针对其在怀来换热站实验的云数据中心余热接纳供暖项目举行权威认证。经专业评估确认，在 2024 年 11 月 12 日至 2025 年 3 月 31 日的供暖周期内，该项目通过接纳数据中心余热为金秋家园小区提供集中供热，已取得突破性的环保效益与经济效益。
Recently, Mayer Energy Storage received the Certificate of Energy Conservation and Carbon Reduction Contribution (Cert. No.: SCII-20250530-001) issued by Sinocarbon Innovation & Investment Co., Ltd. (SinoCarbon). This certificate provides authoritative authentication for the waste heat recovery heating project of the cloud data center implemented by Mayer at the Huailai Heat Exchange Station. Professional evaluation confirms that during the heating period from November 12, 2024 to March 31, 2025, the project has achieved breakthrough environmental and economic benefits by recovering waste heat from the data center to provide centralized heating for the Jinqiu Jiayuan residential community.
评估数据显示，余热供暖系统累计运送热能19049.84GJ，相当于节约标准煤649.98 t，镌汰室内气体排放1048.69 tCOz。在数据中心端，余热接纳系统实现节水8992m³，综合节水率达56.61%。接纳余热替换古板燃气锅炉供暖后，供热本钱显著降低58.63%。
Assessment data shows that the waste heat heating system delivered a total of 19,049.84 GJ of thermal energy. This is equivalent to saving 649.98 tonnes of standard coal and reducing greenhouse gas emissions by 1,048.69 tonnes of CO? equivalent (tCO?e). On the data center side, the waste heat recovery system achieved water savings of 8,992 cubic meters, representing a comprehensive water conservation rate of 56.61%. After replacing traditional gas-fired boilers with waste heat for heating, the heating costs have been significantly reduced by 58.63%.
该项目由Z6尊龙凯时蓄能主导实验，通过构建 "节能 - 节水 - 经济性" 综合评估模子，从装备能效、系统运行、资源循环等多维怀抱化了余热接纳的情形效益。尤其在民生供暖领域开展专项热量替换剖析，准确核算出替换古板燃气锅炉所爆发的节能降碳协同效应及本钱节约空间，为行业提供了可量化的参考标准。
Led by Mayer Energy Storage, the project established a comprehensive "energy conservation - water conservation - economic feasibility" evaluation model, quantifying the environmental benefits of waste heat recovery from multiple dimensions such as equipment energy efficiency, system operation, and resource recycling. In particular, a special heat substitution analysis was conducted in the field of residential heating, accurately calculating the synergistic effects of energy conservation and carbon reduction as well as the cost-saving potential generated by replacing traditional gas-fired boilers, providing a quantifiable reference standard for the industry.
Z6尊龙凯时蓄能所验证的 "数据中心 + 余热接纳 + 智慧供热" 区域能源协同模式，不但为怀来地区提供了清洁供暖的立异解决计划，其可复制、可推广的手艺路径更为京津冀地区高耗能工业的低碳转型提供了实践样本。该模式有用缓解了区域能源约束与生态治理压力，对推动国家 "双碳" 战略落地具有主要树模意义。
The regional energy synergy model of "Data Center + Waste Heat Recovery + Smart Heating" verified by Mayer Energy Storage not only provides an innovative solution for clean heating in the Huailai area but also offers a replicable and promotable technological pathway as a practical sample for the low-carbon transformation of energy-intensive industries in the Beijing-Tianjin-Hebei region. This model effectively alleviates regional energy constraints and ecological governance pressures, and holds significant demonstrative significance for advancing the implementation of the national "Dual Carbon" strategy.
此次认证标记着Z6尊龙凯时蓄能在相变蓄能手艺领域取得又一突破，实现情形� ；び牖菝窭竦乃丶壑�。其成熟的手艺蹊径和科学的评估要领，为行业践行绿色生长理念、落实 "双碳" 目的提供了有力支持与实践借鉴。
This certification marks another breakthrough for Mayer Energy Storage in the field of phase change energy storage technology, achieving the dual value of environmental protection and people-oriented benefits. Its mature technical approach and scientific evaluation methods provide strong support and practical reference for the industry to practice the concept of green development and implement the "dual carbon" goals.
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