The cleaning and maintenance of photovoltaic power stations are crucial factors affecting power generation efficiency and lifespan. Traditional manual cleaning methods suffer from disadvantages such as low efficiency, high costs, and significant safety risks, making it challenging to meet the demands of large-scale photovoltaic power stations.
Guangdong Jienergy Electric Appliance Technology Co., Ltd. has developed an intelligent photovoltaic cleaning robot that employs advanced wheeled mobility. It can adapt to different photovoltaic panel structures and terrains without the need for tracks or frames. This design reduces pressure and damage to the photovoltaic panels, thereby enhancing the robot's flexibility and stability.
- Product Details
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Quick Details
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walking speed:
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12-20m/min
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water consumption:
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270-330L/H(0.3mpa)
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battery capacity:
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24V/10AH
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full-charge endurance:
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4-6H
Quick Details
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Place of Origin:
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Guangdong, China
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Brand Name:
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Jieneng
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Model Number:
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JNX-G1
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walking speed:
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12-20m/min
-
water consumption:
-
270-330L/H(0.3mpa)
-
battery capacity:
-
24V/10AH
-
full-charge endurance:
-
4-6H
Products Description
Photovoltaic Cleaning Robot
Automation:
The robot can complete the cleaning task autonomously according to the preset cleaning plan and route, without manual intervention and supervision, saving labor cost and time cost. The robot can also automatically adjust the cleaning strategy,
adapt to different environments and scenarios.
adapt to different environments and scenarios.
Efficiency:
The robot adopts an innovative brush design, which can quickly remove various pollutants on the surface of
photovoltaic panels, with a cleaning efficiency of up to 99.5%. The robot can also use intelligent cleaning technology to clean
the photovoltaic panels, ensuring the cleaning effect while avoiding damage and scratches to the photovoltaic panels.
photovoltaic panels, with a cleaning efficiency of up to 99.5%. The robot can also use intelligent cleaning technology to clean
the photovoltaic panels, ensuring the cleaning effect while avoiding damage and scratches to the photovoltaic panels.
Waterless cleaning:
The robot does not need to use water or other detergents, avoiding the waste and pollution of water resources,
and reducing the damage and corrosion of photovoltaic panels, more environmentally friendly and economical. The brush material
used by the robot is a special anti-static fiber, which can effectively prevent the re-adsorption of dust, and keep the surface of photovoltaic panels clean and intact.
and reducing the damage and corrosion of photovoltaic panels, more environmentally friendly and economical. The brush material
used by the robot is a special anti-static fiber, which can effectively prevent the re-adsorption of dust, and keep the surface of photovoltaic panels clean and intact.
Safety and reliability:
The robot has multiple protection functions such as waterproof, dustproof, shockproof, anti-tilt, etc., which can
run stably in various climatic conditions, and also has remote monitoring and fault alarm functions, which are convenient for
users to timely understand and deal with abnormal situations. The robot can also firmly attach to the photovoltaic panels,
preventing slipping or flying away, ensuring the safety of personnel and equipment.
run stably in various climatic conditions, and also has remote monitoring and fault alarm functions, which are convenient for
users to timely understand and deal with abnormal situations. The robot can also firmly attach to the photovoltaic panels,
preventing slipping or flying away, ensuring the safety of personnel and equipment.
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Model number
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JNX-G1
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Robot size
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Length 2788mm, width 350mm, height 250mm
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Robot weight
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40kg
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Robot power supply
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Lithium battery, 24V, 12Ah
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Robot power
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100W
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Robot speed
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0.3m/s
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Robot cleaning efficiency
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40 square/minute
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Robot cleaning method
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Dry or wet cleaning, optional
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Robot communication method
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Wireless communication, 2.4GHz, 150m
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Robot working temperature
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-10℃~50℃
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Robot working humidity
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10%~90%
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Robot working tilt angle
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0°~45°
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