Account was obviously also taken of this with the development of the cleaning robot.
Gekko robot cleaning solar panels.
Robot specially developed to clean solar panels.
The gekko robot system from the swiss firm serbot ag moves quickly and securely on sloping solar panel surfaces cleaning the panels and frames and removing dirt.
Solar panel cleaning robot29 washing and wiping both process horizontal shifting of the robot over the pv are present.
Enabling the carrier units to move on the inclined solar panels was quite an engineering challenge.
Hector is an automated cleaning system which can be used for solar pv panel.
Number one cleaning robots in the market.
The gekko robot system from the swiss firm serbot ag moves quickly and securely on sloping solar panel surfaces cleaning the panels and frames and removing dirt.
However the developers at serbot came up with a highly innovative.
Präzise reinigung einfache handhabung high tech und low cost.
Solar panels are expensive and delicate.
The robot gekko solar is designed to clean pv panels on roof tops and solar farms which are difficult to access.
Gekko solar30 self regulating and flexible uninterrupted limitation of inclination up to 45.
The robot efficiency reaches up to 400 m 2 per hour.
Cleaning robots for solar panel cleaning and facade cleaning.
Complex vaccum based gear belt.
The company continues upgrading its robot and develops bespoke solutions for its customers.
It s compact and versatile and can easily be moved from one place to the other.
The gekko robot certainly lives up to its name.
High performance accurate cleaning easy handling high tech and low cost robots.
Module results in skidding.
With an efficiency of up to 2000 m2 per hour the robot is very powerful.
A photovoltaic installations cleaner was searching for the best mobile solution to clean all solar installations and maintain their efficiency solarcleano was born always aiming for perfection.
It can easily be transported from one place to another.
However the developers at serbot came up with a highly innovative.
Enabling the carrier units to move on the inclined solar panels was quite an engineering challenge.
Weight of the robot is over the spv module.
Firmly attached but also fast and mobile the robot uses sensors to recognise the size of each pv installation.
For larger application gekko solar farm has been used.
