Salary / price 1 €
About the robot
Robot name Water Pipe Solar Panel Cleaning Robot BQ-1000
Employment type Full-time employees
Dimensions 35x112x121 cm
Load capacity
The speed of movement 0,66 m/s
Power
Energy consumption
Working hours
The warranty period

Relocatable robot

*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.

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Autonomous Mobile (AMRs) Inspection Smart Machines

Robots from the manufacturer

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

€ 1 Transaction Price Open to relocation

Specifications

  • Machine size (L * w * h): 1210*1120*350mm
  • Chassis weight: 22kg (excluding battery roller brush)
  • Roller brush weight: 10kg
  • Battery weight: 7.2kg
  • Total weight: 40.7kg
  • Roller brush length: 1000mm
  • Scraper length: 1000mm
  • Lithium Battery Specification: 44.8V 20Ah
  • Travel speed: 40m / min (horizontal panel)
  • Cleaning speed: About 2000m2/h ①
  • Roller brush speed: 240r/min
  • Remote control distance: 50m
  • Gradeability: < 20 ︒
  • Horizontal crossing capacity: 400mm
  • Track width: 80mm
  • Length of equipped water pipe: 100m
  • Ingress Protection: IP65
  • Recommend water flow: 14L/min, 12-14Mpa


Description

Water Pipe Solar Panel Cleaning Robot BQ-1000: Innovative Cleaning Solution for Photovoltaic Panels

The BQ-1000 distributed photovoltaic cleaning robot features a total roll brush length of 1000mm. Its light and solid body, combined with a modular design, ensures that installation and movement of each operating system are exceptionally convenient. The BQ series cleaning robot uses a special anti-skid track made of unique materials, preventing friction damage to photovoltaic panels. The robot's traction improves in wet conditions, allowing it to move freely on 20-degree photovoltaic panels and span across different arrays seamlessly. Rent a robot like the cleaning robot BQ-1000 for versatile applications in PV power stations.

Main Components and Features

The BQ-1000 cleaning robot includes a robust crawler chassis and central control automation system, making it independent of external power supplies. It features a dry cleaning disc brush that efficiently removes dust and grit from PV module surfaces and a negative pressure dust collection device to prevent secondary pollution. Its remote controller enables flexible control of movement, speed, and cleaning operations. Optional first-view image transmission and lighting systems are available for nighttime cleaning and monitoring. These features make it an ideal job for robots, ensuring effective work for the robot in various settings.

Applications and Uses

The BQ-1000 PV cleaning robot can be hired or rented for numerous tasks, making it an efficient robot worker for various jobs:

  • Cleaning photovoltaic panels at PV power stations
  • Providing high efficiency and effectiveness in surface preparation and maintenance
  • Offering innovative solutions for complex cleaning tasks in industrial settings
  • Performing excellent work for the robot in PV power stations and other facilities

Revolutionizing Photovoltaic Cleaning

Experience the future of photovoltaic cleaning with the BQ-1000 PV cleaning robot. This intelligent, autonomous robot enhances productivity and guarantees precision and efficiency in every task. Embrace advancements in robot automation and explore the endless possibilities with this cleaning robot, leading the way in innovative photovoltaic cleaning technology. Ideal for jobs in PV power stations, industrial settings, and maintenance facilities, this crawler robot offers reliable and effective solutions for a wide range of cleaning applications. It exemplifies the future of robotic automation, robotic process automation, and the next generation of service robots, mobile robots, smart robots, and inspection robots.