首个“零碳”储能电池工厂诞生,获PAS2060碳中和认证

专注储能 助力全球“零碳”转型

“双碳”目标下，储能是推动高比例利用可再生资源和支撑构建新型电力系统的关键技术和基础装备，对促进节能与绿色低碳发展，实现“双碳”目标具有重大意义。

海辰储能致力于提供极致储能解决方案，围绕高安全、长寿命、高能效和极致成本等维度，进行快速迭代创新，研发推出了50Ah、280Ah、300Ah、314Ah等覆盖发电侧、电网侧和用户侧等场景的储能专用电池产品。海辰储能为提高可再生能源使用率，减少碳排放做出重要贡献，以实际行动助力全球零碳转型。

绿色智造推进企业“零碳”目标

一直以来，海辰储能始终坚持可持续发展理念，积极响应国家“双碳”战略，致力于推动绿色能源的发展和应用，将可持续发展理念融入到企业文化与治理；在生产制造中，海辰储能通过生产工艺改进、智能化应用、使用绿色清洁能源、使用可回收材料和低碳技术研发等方式加速“零碳”落地。

此次厦门工厂获得PAS2060碳中和认证，是海辰储能继8月加入联合国全球契约组织（UNGC）后，在践行可持续发展战略的又一个重要里程碑。海辰储能将以此为起点，持续通过技术创新和绿色实践经验，推进“零碳工厂”建设，在绿色能源使用、产品回收与利用及供应链降碳等方向做出更大的努力。

“零碳战略” 指引企业低碳转型

为了有计划的实现海辰储能“零碳”目标，公司制定了可持续发展零碳战略：

2025年实现集团经营碳中和

2035年实现全产业链碳中和

2025年集团经营碳中和

实现全集团经营碳中和（范围一、二），可再生电力使用超过40%，产品平均碳排放相较基准年（2022年）降低15%，供应链降碳15%，产品报废后原料回收率超过20%。

2028年全球制造碳中和

实现全集团100%可再生电力使用，全球电池制造基地通过零碳工厂认证，产品平均碳排放相较基准年（2022年）降低30%，供应链降碳30%，产品报废后原料回收率超过40%。

2035年全产业链碳中和

实现集团全产业链碳中和（范围一、二和三），产品全生命周期碳中和（刨除使用阶段），产品报废后原料回收率超过80%。

实现绿水青山 贡献海辰力量

全球变暖是人类共同面临的气候危机，零碳发展已成为世界绝大多数国家共识，但全球能源绿色转型仍然面临各种挑战。在推动“双碳”目标与可持续发展等重大议题下，海辰储能将持续基于“一切为了绿水青山”的产业发展价值观，坚定聚焦储能电池大赛道，不断夯实自身储能技术创新优势，推动产业朝着更加低碳和可持续的方向迈进，为实现全球1.5摄氏度温升控制目标贡献力量。

Hithium battery production facility certified carbon neutral

International distinction is based on evaluation of plant’s carbon footprint and high-quality offsets

Company aims for carbon neutrality throughout industry chain by 2035

Stationary battery manufacturer Hithium’s production facility at its headquarters in Xiamen, China, has received the globally recognized carbon neutrality certification PAS 2060. This certification standard builds on established methodologies, according to TÜV Süd, to calculate the plant’s carbon footprint (such as the GHG-Protocol and ISO 14064) and it assesses, where needed, the impact of high-quality offsetting certificates from climate projects (including CDM, JI, GS, and VCS).

The company aims for the factory to serve as an energy storage industry benchmark, raising the standard for sustainable production as one of the earliest battery production sites in China to receive this certification.

Hithium General Manager Jason Wang commented: “We’re very proud to have achieved this certification so quickly and to be setting a high standard for our industry. Our approach to meeting ESG goals and achieving sustainable manufacturing is rooted in our company culture. From company leadership to every team member, whether in research or sales or on the production line, we see reducing our own carbon emissions as a core commitment.” 

Hithium’s Xiamen battery production plant has been certified carbon neutral.

On the occasion of its carbon neutral plant certification, Hithium also announced its broader carbon neutrality goals:

Carbon neutrality in group operations by 2025

To achieve carbon neutrality in the core operations of the entire group (scope 1 and 2), Hithium will use over 40% renewable electricity, as well as reduce by 15% the average carbon emissions both of its products and across its supply chain (compared to the benchmark year 2022), and a recycling rate of over 20% for scrapped raw materials.

Carbon neutrality in global manufacturing by 2028

Hithium’s goal is to reach 100% use of renewable electricity in the group, with global battery manufacturing bases certified as carbon neutral factories, to reduce by 30% average carbon emissions both of products and in the supply chain (compared to the benchmark year 2022), with a recycling rate of over 40% for scrapped raw materials.

Carbon neutrality throughout the industry chain by 2035

By 2035 Hithium aims to achieve carbon neutrality in the entire chain of the group (scope 1, 2, and 3), throughout the product lifecycle (excluding the use stage), and a recycling rate of over 80% for scrapped raw materials.

As part of its sustainability objectives, the 2019-founded manufacturer also recently registered with the emissions and ESG tracking agency Achilles and joined the United Nations Global Compact (UNGC). The company’s implementation plan for reaching these goals includes production process improvement, intelligent applications, the increasing use of clean energy and recyclable materials, and low-carbon technology research and development.