On September 20th, the "Manufacturing Champion Matchmaking Conference" of the 2026 World Manufacturing Conference was held in Hefei. The theme of this matchmaking event is "Champion Road · Manufacturing Future, Industry Power from Persistence to Transition", bringing together representatives from the top 500 manufacturing companies, global segmented industry champions, and specialized and innovative enterprises to jointly explore the high-quality development path of the manufacturing industry in the AI era. Longi Green Energy Chairman and General Manager Zhong Baoshen was invited to deliver a keynote speech.
Zhong Baoshen pointed out that in the past 20 years, photovoltaics have solved the problem of making solar power generation cheap enough; In the next decade, we aim to make solar energy storage a stable main power source. With the increasing proportion of photovoltaics, grid stability, dispatchability, and energy storage synergy have become new bottlenecks. Zero carbon smart manufacturing in the manufacturing industry cannot rely solely on a single component, but requires a stable, economical, and dispatchable green power system. This is the background of Longi Guangjian's promotion of BIPV+photovoltaic storage synergy.
He stated that the "15th Five Year Plan" proposes that by 2030, the cumulative installed capacity of wind and photovoltaic power will reach 2.8 billion kilowatts, and the new energy storage will reach 300 million kilowatts; In the past decade, the cost reduction of photovoltaic modules has exceeded 80%, and the cost reduction of lithium batteries has exceeded 60%. Driven by policies, costs, and demand, the integration of photovoltaic and energy storage has risen from a supplementary solution to a mainstream power infrastructure.
9月20日，2026世界制造业大会“制造业冠军对接会”在合肥举行。本次对接会以“冠军之路·制造未来，从坚守到跃迁的产业力量”为主题，汇聚制造业500强、全球细分产业冠军及专精特新企业代表，共同探讨AI时代制造业高质量发展路径。隆基绿能董事长、总经理钟宝申受邀发表主题演讲。
钟宝申指出，过去二十年，光伏解决的是让太阳能发电足够便宜；未来十年，是让光储成为稳定主力电源。随着光伏占比提高，电网稳定性、可调度性和储能协同成为新瓶颈。制造业零碳智造不能只靠一块组件，而需要稳定、经济、可调度的绿电体系。这是隆基光建推动BIPV+光储协同的背景。
他表示，“十五五”规划提出，2030年风电光伏累计装机达28亿千瓦、新型储能达3亿千瓦；近十年光伏组件降本超80%、锂电池降本超60%。在政策、成本和需求驱动下，光储融合已从补充方案跃升为主流电力基础设施。
Based on this, Longi will transform from a solar technology company to a green energy technology company, with solar storage as its core in the next five years, upgrading from a single component provider to a solar storage integrated solution company.
Faced with the contradiction between intermittent photovoltaic power generation and stable energy demand in the manufacturing industry, photovoltaic energy storage synergy has become a key path. In the field of building photovoltaics, Longji Guangjian has launched a complete product matrix for scenarios such as metal roofs, flexible roofs, and structures, and has cooperated with numerous leading enterprises in the construction industry to build a building photovoltaic ecosystem and promote better integration between photovoltaics and buildings. At the same time, through self-developed full stack optical storage products, collaborative software platforms, and integrated operation and maintenance, traditional physical splicing is moving towards native integration, forming a new paradigm of "BIPV+optical storage collaboration". By relying on AI multi-dimensional prediction and intelligent regulation, we can ensure the maximization of customer lifecycle benefits.
In terms of intelligent manufacturing, Longi Wuhu Base has passed the national intelligent manufacturing capability maturity level four certification, becoming the first factory in the domestic photovoltaic module manufacturing field to reach this level. By replacing photovoltaic green electricity and implementing digital management, dispatch efficiency has been improved by 60%, overall production efficiency has been increased by 21%, and AI quality inspection has increased defect detection efficiency by 80%. The incidence of quality problems on the entire production line has been reduced by 40%, providing a replicable practical sample for zero carbon intelligent manufacturing. This is not only an upgrade of its own manufacturing system, but also provides a reference for manufacturing champion enterprises to move towards zero carbon intelligent manufacturing.
基于此，隆基将从太阳能科技公司向绿色能源科技公司转型，未来五年以光储为核心，从单一元器件提供商升级为光储融合解决方案公司。
面对光伏发电间歇性与制造业稳定用能需求的矛盾，光储协同成为关键路径。在建筑光伏领域，隆基光建针对金属屋面、柔性屋面、构筑物等场景推出完整产品矩阵，并与众多建筑类细分头部企业合作，构建建筑光伏生态，推动光伏与建筑更好融合。同时，通过光储产品全栈自研、协同软件平台及一体化运维，传统物理拼接走向原生融合，形成“BIPV+光储协同”新范式。依托AI多维预测与智能调控，可保障客户全生命周期收益最大化。
在智能制造方面，隆基芜湖基地已通过国家智能制造能力成熟度四级认证，成为国内光伏组件制造领域首家达到该级别的工厂。通过光伏绿电替代与数智化管理，派工效率提升60%，整体生产效率提升21%，AI质检使缺陷检测效率提升80%，整线质量问题发生率下降40%，为零碳智造提供了可复制的实践样本。这不仅是自身制造体系的升级，也为制造业冠军企业迈向零碳智造提供了参考。
Scenario based applications have covered fields such as industrial manufacturing, transportation, and campuses. After adopting a comprehensive energy plan in an industrial park in Suzhou, the overall energy cost has decreased by 14%, the proportion of green electricity has increased by 18.41%, and the cumulative electricity cost has been saved by nearly 78 million yuan in 25 years. Projects such as Lanzhou University Zero Carbon Campus, Guangdong Provincial Party School, and Xi'an East Station demonstrate the adaptability of Longji Guangjian Building's integration of photovoltaics and solar energy storage in complex scenarios.
In the future, Longi will continue to adhere to a long-term approach, implementing the concept of "integration of light and storage, and boundaryless green energy" into technological innovation and scenario applications, promoting the reduction of green energy costs and popularization of applications, and providing an energy foundation for the global manufacturing industry's zero carbon transformation and high-quality development.
场景化应用已覆盖工业制造、交通、校园等领域。苏州某工业园区采用整体能源方案后，综合用能成本下降14%，绿电比例提升18.41%，25年累计节省电力费用近7800万元。兰州大学零碳校园、广东省委党校及西安东站等项目，展示了隆基光建建筑光伏与光储融合在复杂场景下的适应性。
未来，隆基将继续坚持长期主义，把“光储融合、绿能无界”落实到技术创新与场景应用中，推动绿色能源成本下降和应用普及，为全球制造业零碳转型和高质量发展提供能源底座。
(Using AI translation)
（使用AI翻译）
