Eccopia太阳能组件清洗机器人再获Nine组件验证

常景电力

Ecoppia,自动化,不含水的光伏(PV)太阳能电池板的清洁解决方案,创新的开发者已经宣布Photovoltaik研究所柏林(PI柏林),是世界上最受尊敬的独立光伏技术测试实验室…

Ecoppia,自动化,不含水的光伏(PV)太阳能电池板的清洁解决方案,创新的开发者已经宣布Photovoltaik研究所柏林(PI柏林),是世界上最受尊敬的独立光伏技术测试实验室之一,已证实该公司的E4机器人清洗系统安全上的九个全球市场的领导者制造的太阳能电池板长期使用:英利太阳能,第一太阳能,太阳能前沿,Photowatt,晶澳太阳能,天合光能,加拿大太阳能,晶科能源,昱辉阳光等。 Ecoppia E4是目前市场上唯一的太阳能电池板清洗液接收此类认证。

solution-unique
“我们很自豪能够像PI柏林的顶级光电研究所认证的首个也是唯一的太阳能电池板的清洗液,”伊兰梅勒,Ecoppia首席执行官。 “这种强烈的声明再次表明Ecoppia的专利技术非常适合于满足世界各地地域的不同需求证明,并提供清洁解决方案,既有效且完全可以安全使用了安装的寿命。”

solution-self  
对光伏太阳能电池板的污垢和灰尘的积累是最大的障碍实用规模的太阳能生产中的一个,并且可以由最多35%的减少输出。 Ecoppia E4清洁机器人采用柔软的超细纤维和空气流量清洗系统每天删除99%的太阳能电池板的灰尘和成本有效地保持最佳的生产水平,全年。自充电,自清洁单元都自动由传感器沿着一个安装的每一行驱动,并且该系统的鲁棒控制启用远程编程,管理和监测。
从两个不同的中东沙漠用沙子,有价证券柏林进行了严格的压力测试和破坏分析E4系统,模拟20年日常保洁。测试进行双方在现场和有价证券柏林的实验室在德国。对于它的沙尘暴模拟,有价证券柏林使用超过2.5克沙子在每个模块中的频率对应于每年45沙尘暴,或总共900沙尘暴蔓延。对于测试的所有面板,有价证券柏林发现Ecoppia解决方案没有造成微裂纹或电源退化任何责任。

solutions-management
作为柏林的PI测试结果的结果,两个主要的太阳能电池板供应商也已提供书面证明的Ecoppia的技术对他们在世界各地的面板安装。其他厂商的认证正在进行中,和PI柏林将继续测试E4,保证了系统的适用性与其他主要厂商的面板。

原文:

Ecoppia, an innovative developer of automated, water-free photovoltaic (PV) solar panel cleaning solutions, has announced that Photovoltaik Institut Berlin (PI Berlin), one of the world’s most respected independent PV technology testing laboratories, has certified the company’s E4 robotic cleaning system as safe for long-term use on solar panels manufactured by nine global market leaders: Yingli Solar, First Solar, Solar Frontier, Photowatt, JA Solar, Trina Solar, Canadian Solar, Jinko Solar, and ReneSola. Ecoppia E4 is the only solar panel cleaning solution on the market to receive such certification.

“We are proud to be the first and only solar panel cleaning solution certified by a top-tier photovoltaic institute like PI Berlin,” said Eran Meller, CEO of Ecoppia. “This strong statement proves once again that Ecoppia’s patented technology is ideally suited to meet the varying demands of geographies around the world, and provides a cleaning solution that is both effective and completely safe for use over the lifetime of an installation.”
The accumulation of dirt and dust on PV solar panels is one of the greatest impediments to utility-scale solar energy production, and can reduce output by up to 35 percent. Ecoppia E4 cleaning robots use a soft microfiber and air flow cleaning system to remove 99 percent of solar panel dust daily and cost-effectively maintain optimal production levels year-round. The self-charging, self-cleaning units are automatically driven by sensors along each row of an installation, and the system’s robust controls enable remote programming, management and monitoring.
Using sand from two separate Middle Eastern deserts, PI Berlin conducted rigorous stress tests and destruction analyses on the E4 system, simulating 20 years of daily cleaning. Tests were performed both on site and in PI Berlin’s laboratory in Germany. For its sandstorm simulation, PI Berlin used more than 2.5 grams of sand spread across each module in a frequency that corresponded to 45 dust storms per year, or a total of 900 dust storms. For all panels tested, PI Berlin found that the Ecoppia solution caused no micro cracks or power degradation whatsoever.
As a result of the PI Berlin testing results, two major solar panel providers have already supplied written certification for the installation of Ecoppia’s technology on their panels around the world. Additional vendor certifications are underway, and PI Berlin will continue to test E4 to ensure the system’s suitability for panels from other major vendors.
Ecoppia
www.ecoppia.com

小编

作者: 小编

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