With a surge in interest towards renewable energy across the globe and solar energy considered to be a clean and endless resource, the need to monitor and maintain the systems is emerging as a crucial component to achieving efficiency. Addressing all such aspects, Eitai, which specializes in solar energy storage technologies, designed Robotic Solar Clean Machine to meet the increasing demand for automated cleaning machines.

Eitai Robotic Solar Clean Machine cleans panels automatically using robotic systems integrated with an advanced automatic control system. Of course, not only does this promote higher power generation efficiency of solar systems, but it also increases the panel’s lifetime. Due to the compact size and ease of operation of Eitai’s cleaning machine, it can be employed for solar systems of any scale – from individual roof-top installations to gigantic solar farms – and is able to provide automated effective and efficient cleaning solutions.

When designing the Eitai Robotic Solar Clean Machine, the actual application of user demands was at the center of this process. It is simple to set up and maintain, but it is also possible to adjust it to different application scenarios. Whether it’s embedded in a solar energy storage system or used as a stand-alone unit, Eitai’s cleaning machines can flexibly address the problem of ensuring optimal performance and maximum service life for solar systems.

Eitai also includes, in addition to the above, technical and after-sales assistance, also. The professional team will develop and implement individual cleaning plans that cater to the specific needs of the customer to ensure the maximum efficiency as well as durability of the system. At the same time, Eitai is also supported with complete after-sale services which include follow up inspections and maintenance, quick dispatch response to solve problems encountered, and many others, thus bringing peace of mind to customers.

To summarize, the Eitai Robotic Solar Clean Machine automates the solar cleaning process which traditionally required humans and is integrated with telecommunications. It is quite reliable and safe and in addition is energy efficient thus complimenting its desired use in enhancing the solar systems operational efficiency.