展会信息

2026第六届中原光储产业展览会名企推荐:津安(天津)建筑节能设施运营管理有限公司

 作者：本站编辑  2026-03-17 08:26:34  0

河南是人口大省，农业大省，工业大省以及用能大省，分布式能源在中西部市场拥有巨大的发展空间和潜力。为推动中西部地区光储充产业融合蓬勃发展，搭建零距离合作交流平台，“第六届中国（郑州）国际太阳能光伏及储能产业展览会”(简称：中原光储展),为响应市场需求和政府大力支持，提升展会档次及办展规模2026年4月16日-18日将移师至“亚洲第五大展馆”中原国际会展中心（郑州航空港区）举行，本届展会重点凸显太阳能光伏、光热、储能技术与充换电、风电、新型电力系统以及新能源应用终端六大主题展区全面呈现新能源领域前沿产品与创新解决方案。在此，我们诚邀海内外光储充行业全产业链企业参观、参展，共享中原盛会！

名企推荐

津安（天津）建筑节能设施运营管理有限公司

津安（天津）建筑节能设施运营管理有限公司以“致力云平台信息应用，创导智慧绿色低碳生活”为宗旨，以“为社会节能，为用户节资”为己任，围绕“设备设施智慧化运营、设备设施节能改造、新能源应用、综合能源类投资、合同能源管理、节能技术咨询服务”等主营业务，提供专业的能源产品、技术及全面综合智慧能源解决方案”。

Jin'an Company is committed to "advancing cloud platform information applications and advocating smart, green, and low-carbon living." With a mission to "save energy for society and reduce costs for users," the company focuses on its core businesses, including smart operation of equipment and facilities, energy-saving retrofitting of equipment and facilities, new energy applications, comprehensive energy-related investments, energy performance contracting, and energy-saving technology consulting services. It provides professional energy products, technologies, and comprehensive smart energy solutions.

展品介绍

光伏板提效材料

Photovoltaic Panel Efficiency-Enhancing Materials

开发高性能光伏增效材料，助力能源结构绿色转型。针对光伏行业面临的安全、增效与稳定性等国际性难题，公司基于原创的纳米结构设计与性能调控技术，开发出系列光伏增效材料，可智能调节光伏板的吸光、热控与自清洁性能，从而显著提升发电效率、抑制过热并延长组件寿命。

Developing high-performance photovoltaic enhancement materials to support the green transformation of the energy structure. Addressing international challenges in the photovoltaic industry such as safety, efficiency enhancement, and stability, the company has developed a series of photovoltaic enhancement materials based on original nanostructure design and performance regulation technologies. These materials can intelligently adjust the light absorption, thermal control, and self-cleaning performance of solar panels, thereby significantly improving power generation efficiency, preventing overheating, and extending the lifespan of the components. Low-Carbon Buildings: Develop intelligent temperature control and energy-saving carbon reduction materials to promote low-carbon development in buildings, industry, and other fields.

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