【How does PhiCleaner achieve the SCP3-level cleaning quality target through technological means?】
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4 ماه پیش
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👉1 Robot: take 6 hours
👉1 Robot: take 6 hours to complete the cleaning of 1 MW, meeting the SCP3-level cleaning quality standard.
When comparing different cleaning devices, simply comparing speed is meaningless because the purpose of cleaning is to increase power generation. To achieve maximum power generation, it is essential to ensure high-quality cleaning that can be consistently maintained, unaffected by factors such as personnel and site variations. PhiCleaner has elevated the solar cleaning quality to a new level with SCP3-level standards. So, how do we achieve this goal through technological means❓❓
🌹1. Straight Path: Millimeter-level positioning and millisecond-level real-time correction enable the robot to maintain a true straight-line movement, leaving no space uncleaned.
🌹2. Overlapping Seams: PhiCleaner achieves a cleaning coverage rate of 120% with just one pass by incorporating overlapping areas between rows. This ensures comprehensive cleaning without missing any spots or corners. Although this approach reduces cleaning speed, our priority is the quality of cleaning. We adhere to high demands, strict standards, and no shortcuts.
🌹3. In-place Rotation: The robot employs a zero-radius in-place rotation technique for turning, with displacement deviation not exceeding +/-2mm and angular deviation not exceeding +/-0.05°. This technique aims to prevent any uncleaned spaces.
🌹4. Frame Cleaning: Dust that is theoretically evenly distributed on the surface of the PV modules tends to accumulate at the frame due to water flow during rainfall. This long-term accumulation of dust at the frames can significantly reduce the power generation of the power station, accelerate the aging of the PV modules, and even cause fire accidents. the only solution is PhiCleaner can perfectly accomplish frame cleaning.
🌹5. Extended Overhang Technology: Many people wonder why our robot extends approximately 20-30cm beyond the edges when reaching the border. Isn't this an additional safety cost and a waste of cleaning time? Despite the necessary sacrifice, we designed it this way to push all dirt and stains completely off the photovoltaic panels.
🙌When it comes to cleaning, we never compromise on quality. The reason we have become the leader in the solar panel cleaning industry is that the initial intention behind designing， #PhiCleaner was to help power plant owners maximize their electricity generation. To achieve this goal, it is crucial to ensure high-quality cleaning results.
👉 Contact : Skye Lu
👉Mobile(whatsapp)：+86 15228971869
👉 Email: [email protected]
👉 Web :www.kwunphi.com & www.solarcleanrobot.com
#solar #solarpanels #solarpower #solarcleaning #solarenergy #renewableenergy #pvcleaning #photovoltaic #CleanRobot #AIrobot #solarCleanRobot #solarenergy #rooftopsolarpower #farmsolar #floatingsolar #groundmountsolar #solarEPC #solarOM #solarFarm #solarex #solarrooftop #pvmodules #groundmountedsolar #agrivoltaics #CarportSolarPlant #pvclean #airobot #cleanenergy #solarcleanmachine #solarcleanequipment
When comparing different cleaning devices, simply comparing speed is meaningless because the purpose of cleaning is to increase power generation. To achieve maximum power generation, it is essential to ensure high-quality cleaning that can be consistently maintained, unaffected by factors such as personnel and site variations. PhiCleaner has elevated the solar cleaning quality to a new level with SCP3-level standards. So, how do we achieve this goal through technological means❓❓
🌹1. Straight Path: Millimeter-level positioning and millisecond-level real-time correction enable the robot to maintain a true straight-line movement, leaving no space uncleaned.
🌹2. Overlapping Seams: PhiCleaner achieves a cleaning coverage rate of 120% with just one pass by incorporating overlapping areas between rows. This ensures comprehensive cleaning without missing any spots or corners. Although this approach reduces cleaning speed, our priority is the quality of cleaning. We adhere to high demands, strict standards, and no shortcuts.
🌹3. In-place Rotation: The robot employs a zero-radius in-place rotation technique for turning, with displacement deviation not exceeding +/-2mm and angular deviation not exceeding +/-0.05°. This technique aims to prevent any uncleaned spaces.
🌹4. Frame Cleaning: Dust that is theoretically evenly distributed on the surface of the PV modules tends to accumulate at the frame due to water flow during rainfall. This long-term accumulation of dust at the frames can significantly reduce the power generation of the power station, accelerate the aging of the PV modules, and even cause fire accidents. the only solution is PhiCleaner can perfectly accomplish frame cleaning.
🌹5. Extended Overhang Technology: Many people wonder why our robot extends approximately 20-30cm beyond the edges when reaching the border. Isn't this an additional safety cost and a waste of cleaning time? Despite the necessary sacrifice, we designed it this way to push all dirt and stains completely off the photovoltaic panels.
🙌When it comes to cleaning, we never compromise on quality. The reason we have become the leader in the solar panel cleaning industry is that the initial intention behind designing， #PhiCleaner was to help power plant owners maximize their electricity generation. To achieve this goal, it is crucial to ensure high-quality cleaning results.
👉 Contact : Skye Lu
👉Mobile(whatsapp)：+86 15228971869
👉 Email: [email protected]
👉 Web :www.kwunphi.com & www.solarcleanrobot.com
#solar #solarpanels #solarpower #solarcleaning #solarenergy #renewableenergy #pvcleaning #photovoltaic #CleanRobot #AIrobot #solarCleanRobot #solarenergy #rooftopsolarpower #farmsolar #floatingsolar #groundmountsolar #solarEPC #solarOM #solarFarm #solarex #solarrooftop #pvmodules #groundmountedsolar #agrivoltaics #CarportSolarPlant #pvclean #airobot #cleanenergy #solarcleanmachine #solarcleanequipment
4 ماه پیش
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