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Manual Water Splash Washing Brush for Photovoltaic panel Cleaning
Model: WLS-2-3/4/6/7/9/10PT/11PT
Power supply: Manual
Width of the Brush: 35cm
Power of the pump: 60W (Optional)
Length of the telescopic pole: 3.6m/4.8m/6.0m /7.5m/9m
Material of pole: Aluminum alloy or Carbon Fiber
Material of brush: New material nylon yarn
Product Application
Maintain Solar Panels Clean.
Dirt, debris, dust and other items can dirty solar panels and if the accumulation grows too much, it can start to impact the amount of energy that the solar panels produce. Be sure to turn your solar power system off prior to cleaning. Cleaning solar panels by spraying them down with running water from a hose usually does the trick. Do not use cleaning agents or soap to clean solar panels because they can leave streaks and damage the panels.
For solar panels with heavier deposits, spraying them down with the water from a garden hose and wiping them down with a non-abrasive, microfiber cloth can get them clean. If you clean them while on a roof, remember to do so safely by using a safety harness to prevent falls. If cleaning from a ladder, use caution to prevent falls. Best yet, a telescopic pole with a microfiber cloth attached to it can help you safely clean solar panels from the ground.
TIP: Do not clean your solar panels on a sunny day because it can leave smudges since the water can evaporate quickly.
Cleaning Solar Panels in Winter
Sometimes snow and ice can accumulate on solar panels but since they’re angled, it usually melts and slides off. Should snow or ice persist, spraying panels with running water can help remove it.
Avoid using hot water to clean snow and ice from solar panels because the temperature discrepancy can cause the panels to crack. You can also brush the panels off with Manual Water Splash Washing Brush.
Manual Water Splash Washing Brush for Photovoltaic panel Cleaning
Model: WLS-2-3/4/6/7/9/10PT/11PT
Power supply: Manual
Width of the Brush: 35cm
Power of the pump: 60W (Optional)
Length of the telescopic pole: 3.6m/4.8m/6.0m /7.5m/9m
Material of pole: Aluminum alloy or Carbon Fiber
Material of brush: New material nylon yarn
Product Application
Maintain Solar Panels Clean.
Dirt, debris, dust and other items can dirty solar panels and if the accumulation grows too much, it can start to impact the amount of energy that the solar panels produce. Be sure to turn your solar power system off prior to cleaning. Cleaning solar panels by spraying them down with running water from a hose usually does the trick. Do not use cleaning agents or soap to clean solar panels because they can leave streaks and damage the panels.
For solar panels with heavier deposits, spraying them down with the water from a garden hose and wiping them down with a non-abrasive, microfiber cloth can get them clean. If you clean them while on a roof, remember to do so safely by using a safety harness to prevent falls. If cleaning from a ladder, use caution to prevent falls. Best yet, a telescopic pole with a microfiber cloth attached to it can help you safely clean solar panels from the ground.
TIP: Do not clean your solar panels on a sunny day because it can leave smudges since the water can evaporate quickly.
Cleaning Solar Panels in Winter
Sometimes snow and ice can accumulate on solar panels but since they’re angled, it usually melts and slides off. Should snow or ice persist, spraying panels with running water can help remove it.
Avoid using hot water to clean snow and ice from solar panels because the temperature discrepancy can cause the panels to crack. You can also brush the panels off with Manual Water Splash Washing Brush.
Technical Parameters | ||||
Water pipe material | - | Braided hose for all seasons (anti-winding) | Braided hose for all seasons (anti-winding) | Head/Lift: 15 meters |
Water pipe length | Meter | 25-33 | 25-33 | Maximum pressure:1.0Mp3 |
Water pipe outer diameter | Millimeter | 12 | 12 | Maximum power: 60W |
Water pipe inner diameter | Millimeter | 8 | 8 | Maximum flow rate;4.0/min |
Water spray brush head material | - | Nylon fiber stack materials | Nylon fiber stack materials | |
Brush head width | Centimeter | 35 | 35 | |
hair length | Centimeter | 10 | 10 | |
Telescopic pole material | - | High strength aluminum alloy/carbon fiber | High strength aluminum alloy/carbon fiber | |
Telescopic rod wall thickness | Millimeter | 1.0 | 1.0 | |
The telescopic rod is the shortest | Meter | 3.6 | 3.6 | |
The telescopic rod is the longest | Meter | 11.4 | 11.4 | |
Water supply method | - | Equipped with a universal connector that can connect to all faucets within 30mm in diameter, or any connector. | Equipped with a General Connector that can be connected to the faucet for water supply; Equipped with a 60W DC water pump to pump water from the bucket for water supply; |
Technical Parameters | ||||
Water pipe material | - | Braided hose for all seasons (anti-winding) | Braided hose for all seasons (anti-winding) | Head/Lift: 15 meters |
Water pipe length | Meter | 25-33 | 25-33 | Maximum pressure:1.0Mp3 |
Water pipe outer diameter | Millimeter | 12 | 12 | Maximum power: 60W |
Water pipe inner diameter | Millimeter | 8 | 8 | Maximum flow rate;4.0/min |
Water spray brush head material | - | Nylon fiber stack materials | Nylon fiber stack materials | |
Brush head width | Centimeter | 35 | 35 | |
hair length | Centimeter | 10 | 10 | |
Telescopic pole material | - | High strength aluminum alloy/carbon fiber | High strength aluminum alloy/carbon fiber | |
Telescopic rod wall thickness | Millimeter | 1.0 | 1.0 | |
The telescopic rod is the shortest | Meter | 3.6 | 3.6 | |
The telescopic rod is the longest | Meter | 11.4 | 11.4 | |
Water supply method | - | Equipped with a universal connector that can connect to all faucets within 30mm in diameter, or any connector. | Equipped with a General Connector that can be connected to the faucet for water supply; Equipped with a 60W DC water pump to pump water from the bucket for water supply; |