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来自中国深圳南玻集团南玻和光伏幕墙的设计和建设工程公司与独立的光电幕墙系统，第二代的知识产权， -南玻大厦外墙工程光伏系统成功通过专家鉴定。该项目的验收，这标志着深圳市太阳能光伏建筑一体化应用水平又提高到一个新水平，在全国居于前列。

南玻海拔26.60米建设，兴建楼宇南玻光电幕墙系统的基础上，建立幕墙的建设和转换。光电幕墙59万平方米，峰值功率光伏系统的设计：6.0kWp，年发电2735kWh，里面的二氧化碳排放量减少了75吨的生活墙面积。光电幕墙系统的工程技术人员经过反复示范研究，设计，成功解决了国内光电在幕墙应用过程中存在许多问题，并为国家的9项专利申请。在由科学技术信息中心，西南地区寻找新的中心，国家教育部核实，同时该系统的工程技术，7个国内首创。这7个技术是：双圆圈外墙面使用的形式，成功解决了建筑幕墙的光伏组件和建筑热负荷增加，产生的热能应用，内隐框双玻组件，光伏发电的应用材料类型的使用第一部分解决了同样的问题原来的建筑的影响;一种新型结构设计可用来满足密封接线盒与光伏组件隐藏在高温下，在台风部队结构组件层压长荣问题;使用的单一最大的组成部分规格为2460年第十一个2.85平方米，电源280W的大型组件板双玻高国内第一家墙壁电源应用，面积1160，该网格系统的使用和独立系统共存，两个系统，第一个轻型电动幕墙工程，共处拥有强大的显示和研究价值;工程材料和用于实现其所有同类型的国内生产光电幕墙的先例装置，自动收集数据的使用，显示系统，系统操作条件和参数能够出现在电脑和液晶电视。

太阳能，研究所所长沉教授广慧，专家鉴定组组长，邀请了德国的太阳能应用专家，学者参加的墙壁和深圳南玻工程有限公司光伏太阳能建筑一体化技术创新作出了高度评价。

南玻太阳能光伏幕墙建筑墙系统的应用，不仅体现了南玻在花费巨额资金进入在太阳能光伏发电系统所取得的成就太阳能应用领域的集团，也表明在深圳太阳能企业在技术上的应用高的水平。该项目的成功应用将在深圳将促进太阳能建筑应用的集成作为一种模式的影响，如深圳市，促进节能工作，节能减排。

The second generation of photovoltaic curtain wall system in the birth of南玻Group

From China Shenzhen南玻Group南玻and photovoltaic curtain wall design and construction engineering companies, with independent intellectual property rights of the second generation of photoelectric curtain wall system -南玻building walls photovoltaic systems engineering successfully passed expert appraisal. Acceptance of the project, marking the Shenzhen Municipal Building integrated photovoltaic application level again to a new level, residing in the forefront of the country.

南玻building elevation 26.60 meters, the construction of buildings南玻photoelectric curtain wall system is established based on the construction of curtain walls and converted. Photoelectric curtain wall area of 59 square meters, peak power of PV system design: 6.0kWp, annual generation 2735kWh, life inside the 75 tons of carbon dioxide emission reductions. The photoelectric curtain wall systems engineering and technical personnel after repeated demonstration study design, have successfully resolved the domestic photovoltaic applications in the process of curtain wall many problems, and applied for nine patents country. At the same time by the National Ministry of Science and Technology Information Center, southwest search the new center to verify that the systems engineering technology, with seven domestic initiative. These seven technologies are: the use of double-wall outside the circle forms, successfully resolved the application of architectural curtain wall heat generated by PV modules and building heat load increase; the use of implicit双玻box components, a type of photovoltaic materials Application of the first component to address the effect of the original construction with the same problem; the use of a new type of structural design to address the components sealed junction box concealed EVA laminated with photovoltaic components at high temperature and under the structure of the typhoon force issues; used single largest component specifications for the 2460 X 1160, an area of 2.85 square meters, power 280W, for the large component plates双玻high-power application of the first domestic walls; the use of grid systems and stand-alone systems to coexist, the coexistence of two systems, the first light electric curtain wall engineering, has a strong display and research value; engineering materials and devices used in all realize domestic production for the same type photoelectric curtain wall precedent; use of automatic data collection, display system, capable of system operating conditions and parameters appear in the computer and LCD TV.

to solar Canton, director of the Institute Professor Shen-hui, head of the identification team of experts, invited experts in the German solar energy applications, the participating scholars南玻Shenzhen walls and Engineering Company Limited photovoltaic solar building integration technical innovation has made a high evaluation.

南玻photovoltaic curtain wall system for building applications, not only demonstrated the南玻Group after spending huge sums to enter the field of solar energy applications in the solar photovoltaic system’s achievements, but also demonstrated the application of solar energy enterprises in Shenzhen technically high level. The successful application of the project will be in Shenzhen to promote the integration of solar building applications serve as a model effect, as in Shenzhen City, contribute to the work of energy-saving emission reduction. (07-10-22)