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晶晟集团研发设计的光伏建筑一体化阳光房在日本绚丽登场

日期:2022-06-21    来源:晶晟集团

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2022
06/21
11:41
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关键词: 晶晟集团 光伏建筑一体化阳光房 BIPV

晶晟集团研发设计的光伏建筑一体化阳光房在日本绚丽登场。

The BIPV sunroom developed by Solar First Group made a brilliant launch in Japan.

该产品一经发布便吸引日本政要、企业社长、同行专家以及当地民众争相观看。

The Japanese government officials, entrepreneurs, professionals in solar PV industry were eager to visit this product’s installation site.

晶晟技术团队研发出真空/中空LOW-E发电玻璃和BIPV建筑幕墙结构,把绿色能源和建筑完美融合,真正实现了零碳绿色能源建筑。

The R&D team of Solar First developed the new BIPV curtain wall product with vacuum and insulating Low-E glass, which perfectly integrates photovoltaic, the renewable energy, into sunroom, and form a “net-zero energy” building.

晶晟BIPV科技创新的相应专利号如下:

The patent information of Solar First’s BIPV technology lists as follows:

产品:一种用于光伏建筑一体化的真空低辐射发电玻璃

Product: A Vacuum Low E Solar Glass Used for Building Integrated Photovoltaic

专利号:2022101496403(发明专利)

Patent No.:2022101496403 (invention patent)

产品:光伏幕墙

Product: Photovoltaic Curtain Wall

专利号:2021302791041(外观设计专利)

Patent No.: 2021302791041 (design patent)

产品:一种太阳能光伏幕墙装置

Product:A Solar Photovoltaic Curtain Wall Device

专利号:2021209952570(实用新型专利)

Patent No.: 2021209952570 (patent for utility model)

据日本琉球新报报道,日本冲绳CO2减排推进协会把晶晟的发电玻璃定位为“王牌”发电玻璃。晶晟的日本总代理Moribeni社长朱社长高度认同晶晟企业理念“新能源新世界”,他为晶晟团队埋头研发、科技创新的精神点赞。社长朱社长强调,他的团队会全力以赴推动日本的“净零能耗建筑(Net Zero Energy Building)”。

As reported by the Japanese media Ryukyu Shimpo, the Ryukyu CO2 Emission Reduction Promotion Association regarded Solar First’s solar glass product as “ace” solar glass. The president of Moribeni, Solar First’s agent company in Japan, Mr. Zhu highly recognized the corporate philosophy “New Energy, New World”, and highly praised the spirit of Solar First’s hard work in innovation. Mr. Zhu emphasized that his team will do their level best to promote “Net Zero Energy Building” in Japan.

日本头版头条报道如下:

The front-page headlines in detail is shown below:

“发电玻璃”样板房

“Power Generating Glass” Model House

冲绳CO2减排推进协会成员Moribeni(那霸市-朱社长代表)使用具有太阳能发电功能的多层玻璃在南城市玉城前川完成了“发电玻璃样板房”的组装。据该协会称,此结构是日本首次实现。协会将把发电玻璃定位为“王牌”,利用样板房进行普及推广,推动“净零能耗建筑(Net Zero Energy Building)”,使建筑能源平衡为零。

Moribeni, the member (Mr. Zhu, representative of Naha City) of Ryukyu CO2 Emission Reduction Promotion Association, used the laminated glass with power generation function to build a power generating glass model house. According to this association, this structure was realized at the first time. This association regard the solar glass as its “ace” to promote the “Net Zero Energy Building”.

墙面也能发电

The wall can generate electricity

ZEB(净零能耗建筑),是指满足室内舒适环境的同时,通过节约能源和产生可再生能源来减少能源消耗,从而使建筑能源平衡为零。在全球脱碳化的趋势下,预计今后ZEB化的重要性将进一步增加。

ZEB(Net Zero Energy Building), means to save energy and reduce energy consumption while keeping comfortable living conditions, thereby to balance the energy of building. Under the trend of global decarbonization, the importance of ZEB will be increasing.

样板房的顶部和墙面是使用隔热保温性能良好、具有太阳能发电功能、中国制Low-E多层玻璃。顶部0%透光率,墙面40%透光率,太阳能发电总容量是2.6KW。样板房内部配置空调、冰箱以及照明等。

The top and wall of model house were covered by heat-shielding, heat-preserving, power generating, Low-E laminated glass. The light transmittance of top was 0%, while the wall 40%. The installation capacity of solar power system was 2.6KW. The model house is equipped with an air conditioner, a fridge, lamps and other devices.

发电玻璃表面可以做出木纹图案。朱代表表示,这种方式在电费高涨的现在对环境和成本都很好,还具备隔热保温效果。

The solar glass could be made with wood texture. Mr. Zhu said, such design would be good for environment and cost effective under the circumstance of increasing electric charge, while shielding and preserving heat.

该协会称,现在冲绳县内外有8栋建筑物在推进ZEB化。瑞慶覧長臣代表理事表示,仅仅市中心的房子屋顶上安装太阳能板是很难实现ZEB化的,如果墙面也能利用起来非常重要。希望大家来参观样板房,有个ZEB的印象。

This association claimed that there were 8 buildings in Okinawa Prefecture planning to be ZEBized. Zukeran Tyojin, the representatives of this association, said it’s difficult to realize ZEB by only installing solar panel on rooftop of houses in city, and it’s important to utilize the walls. He hoped everyone could visit this model house and form a good image of ZEB.

日本BIPV LOW-E发电玻璃阳光房成长日志:

The growth log of solar glass house:

2022年4月19日 ,研发设计图纸确认

April 19, 2022, the design solution drawing was //confirm/i/ied.

2022年5月24日 ,LOW-E发电玻璃产品生产完成

May 24, 2022, the production of solar glass finished.

2022年5月24日,LOW-E发电玻璃副框安装

May 24, 2022, the frame of glass was assembled.

2022年5月26日,LOW-E发电玻璃产品装箱

May 26, 2022, the solar glass was packed up.

2022年5月26日,LOW-E发电玻璃阳光房整体结构装配

May 26, 2022, the overall structure of solar sunroom was assembled.

2022年5月26日,LOW-E发电玻璃阳光房装入货柜

May 26, 2022, the solar sunroom was loaded into container.

2022年6月2日,LOW-E发电玻璃阳光房主体卸货

June 2, 2022, the solar sunroom was unloaded.

2022年6月6日,日本团队组装LOW-E发电玻璃阳光房

June 6, 2022, the Japanese team installed solar sunroom.

2022年6月16日,LOW-E发电玻璃阳光房成品

June 16, 2022, the solar sunroom’s installation finished.

2022年6月19日,登上日本新闻头条

June 19, 2022, the solar sunroom hit the front-page headlines.


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