In the current steady progress of the "dual carbon" goal, enterprises are transforming from single product suppliers to builders of green and low-carbon systems. Two recent corporate developments in the past week have precisely outlined a clear evolutionary path: on one hand, Chinese photovoltaic companies continue to expand into the overseas clean energy market with efficient components, and on the other hand, integrated energy service providers extend their digital capabilities from building roofs to inland river networks. They may seem to belong to different tracks, but they converge at the intersection of "smart intelligence" and "low-carbon life", jointly writing a new chapter of carbon neutral cooperation among enterprises. These two contracts not only reflect the commercial progress of individual enterprises, but also reflect the increasingly active role played by Chinese companies in the global carbon neutrality process - both as suppliers of green technologies and advocates and practitioners of low-carbon lifestyles.



【引言】在“双碳”目标稳步推进的当下，企业正从单一的产品供给者，转变为绿色低碳系统的构建者。最近一周的两则企业动态，恰好勾勒出这样一条清晰的演进路径：一边是中国光伏企业以高效组件持续拓展海外清洁能源市场，另一边是综合能源服务商将数智能力从建筑屋顶延伸到内河水网。它们看似分属不同赛道，却在“智慧智能”与“低碳生活”的交汇处殊途同归，共同书写着企业间碳中和协作的新篇章。这两笔签约不只是企业个体的商业进展，更折射出中国企业在全球碳中和进程中所扮演的日益积极的角色——既是绿色技术的供给方，也是低碳生活方式的倡导者与实践者。



Analysis 1: Efficient Photovoltaic Goes Global "The 264.3MW Feihu 3 project signed by JinkoSolar in Romania is a typical example of dual wheel drive technology and economy. The production conversion efficiency of the Tiger Neo 3.0 N-type high-efficiency double-sided module can reach up to 24.8%, with a single board power of 670W. Romania is located in Southeast Europe, with an annual effective sunshine of over 2000 hours, and is one of the fastest-growing markets for photovoltaics in Central and Eastern Europe. However, it also faces a harsh environment with surface temperatures exceeding 40 degrees Celsius in summer and alternating snow and low temperatures in winter. High power and high reliability components perfectly respond to investors' core demands for higher power generation output and lower electricity costs within limited budgets, allowing clean energy to remain competitive in complex climates. Against the backdrop of continuously rising land and construction costs, higher single board power means that the same amount of land can deploy larger DC side capacity, and economic value can be integrated throughout the entire lifecycle of the power station. This is not only a commercial order, but also a microcosm of China's green technology enabling global energy transformation, allowing more countries and regions to share low-carbon development dividends at a lower threshold, and also writing a vivid footnote for the "the Belt and Road" green cooperation.



【分析一：高效光伏走向世界】晶科能源此次签约的罗马尼亚264.3MW飞虎3项目，是技术与经济性双轮驱动的典型样本。飞虎3（Tiger Neo 3.0）N型高效双面组件量产转换效率最高达24.8%，单板功率670W。罗马尼亚地处东南欧，年有效日照超2000小时，是中东欧光伏增长最快的市场之一，却也面临夏季地表温度突破40摄氏度、冬季积雪低温交替的严苛环境。高功率、高可靠性的组件恰好回应了投资方在有限预算内追求更高发电产出与更低度电成本的核心诉求，让清洁能源在复杂气候下依然具备竞争力。在土地与建设成本持续上涨的背景下，更高单板功率意味着同等用地可部署更大直流侧容量，把经济性价值贯穿电站全生命周期。这不仅是一笔商业订单，更是中国绿色技术赋能全球能源转型的微观缩影，让更多国家和地区得以以更低门槛共享低碳发展红利，也为“一带一路”绿色合作写下生动注脚。



Analysis 2: Smart Energy Enters the Water Network "The actions of Tianhe Fujia demonstrate another kind of imagination. At the 2026 International New Energy Expo (Changzhou), it joined hands with Jiangsu Port Group, Changzhou Transportation Holdings Group, and Jiangsu Kaiyang Shipbuilding to sign the "Green Intelligent Ship Construction Framework Agreement", extending the comprehensive energy capacity of digital intelligence from "fixed roofs" to "green water networks". The agreement revolves around the source of goods, operating entities, and shipping capacity to connect the upstream and downstream of inland waterway transportation, forming a "full factor closed-loop" and connecting the zero carbon shipping chain. This approach of locking in real cargo port demand from the source and rebuilding shipping hubs and operating entities has laid the foundation for the normalized commercial operation of zero carbon intelligent shipping. On the one hand, through the "Waterway Freight Transport Service Project", the efficient coordination between the port and logistics business is achieved, consolidating and stabilizing the supply of goods for green shipping routes; On the other hand, by jointly building the development entity of Changzhou's intelligent shipping industry and creating a shipping hub, low-carbon capabilities can truly flow. This practice provides a replicable scenario model for the green and intelligent transformation of inland waterway transportation, reflecting the value transition of comprehensive energy services from point to surface.



【分析二：数智能源驶入水网】天合富家的动作则展现出另一种想象力。在2026国际新能源博览会（常州）上，其携手江苏省港口集团、常州市交通控股集团与江苏开洋船舶签署《绿色智能船舶建造框架协议》，把数智综合能源能力从“固定屋顶”延伸至“绿色水网”。协议围绕货源、运营主体与船舶运力贯通内河航运上下游，形成“全要素闭环”，打通零碳航运链路。这种从源头锁定真实货港需求、再构建航运枢纽与运营主体的打法，为零碳智能航运的常态化商业运营奠定了基础。一方面，通过“水路货物运输服务项目”将码头与物流业务高效协同，为绿色航线夯实稳定货源；另一方面，通过共建常州智能航运产业发展主体，打造航运枢纽，让低碳能力真正流动起来。这一实践为内河航运的绿色化、智能化转型提供了可复制的场景样板，体现了综合能源服务从点到面的价值跃迁。



【 Outlook 】 The two developments jointly release a positive signal: carbon neutrality is no longer limited to energy conservation and emission reduction at the production end, but extends to the supply chain, transportation chain, and daily life scenarios. The high efficiency of photovoltaics has lowered the threshold for obtaining green electricity, while smart energy allows low-carbon capabilities to flow to a wider space, providing underlying support for "energy conservation, environmental protection, and low-carbon living". It is worth noting that behind these two cases, there are multi-party collaborations: Jinko Solar's components serve the investors and builders of large ground power plants in Romania, while Trina Solar collaborates with Port Group, Transportation Holdings, and shipbuilding companies to build a zero carbon shipping ecosystem. This model of "one enterprise as the core and leveraging upstream and downstream collaboration" is the most vivid footnote to the carbon neutrality dialogue and collaboration platform between enterprises - it shows that carbon reduction is not a solitary effort, but can be amplified and replicated through platform based collaboration. Looking ahead to the future, as more enterprises join cross domain and cross regional carbon neutrality dialogue and collaboration platforms, the actions of green space users will become increasingly diverse, and experience sharing and joint innovation around carbon reduction among enterprises will also become more frequent. The collaborative paradigm of intelligence and low-carbon is moving from single point breakthroughs to system formation. Whether it is photovoltaics on rooftops or green ships in water networks, they are indispensable components of this low-carbon landscape. More collaborative practices like this are continuously injecting practical and warm impetus into the goals of carbon peak and carbon neutrality, and contributing constructive strength from Chinese enterprises to global sustainable development. When technology, scenarios, and collaboration resonate at the same frequency, green and low-carbon will no longer be a slogan, but will become a daily experience that more and more enterprises and ordinary people can feel and reach.



【展望】两则动态共同释放出一个积极信号：碳中和已不再局限于生产端的节能减排，而是向供应链、运输链与生活场景纵深延展。光伏高效化降低了绿色电力的获取门槛，数智能源则让低碳能力流动到更广阔的空间，二者共同为“节能环保、低碳生活”提供底层支撑。值得注意的是，这两起案例背后都站着多方协作的身影：晶科能源的组件服务于罗马尼亚大型地面电站的投资方与建设方，天合富家则联合港口集团、交通控股与船舶制造企业共同搭建零碳航运生态。这种“以一家企业为核心、撬动上下游协同”的模式，正是企业间碳中和对话与协作平台最生动的注脚——它说明减碳不是孤军奋战，而是可以通过平台化协作被放大、被复制。展望未来，随着更多企业加入跨领域、跨地域的碳中和对话与协作平台，绿色空间使用者的行动将日益丰富，企业间围绕碳减排的经验共享与联合创新也会更加频繁。智慧与低碳的协同范式正在从单点突破走向系统成型，无论是屋顶上的光伏，还是水网中的绿色船舶，都是这幅低碳图景中不可或缺的拼图。更多像这样的协作实践，正持续为碳达峰、碳中和目标注入务实而温暖的动力，也为全球可持续发展贡献来自中国企业的建设性力量。当技术、场景与协作三者同频共振，绿色低碳便不再是一句口号，而会成为越来越多企业与普通人可感、可及的日常。

(Using AI translation)

（使用AI翻译）