Solar panel cleaning robots and project-specific PV cleaning solutions
Solar panel cleaning robots and project-specific PV cleaning solutions
Todos designs and manufactures automatic and remote-control solar panel cleaning robots for utility-scale plants, industrial rooftops and project-specific PV arrays.
√Waterless options √ODM customization √Remote technical support
Since 2009
Industrial technology experience
Automatic + portable
Two cleaning approaches
Dry cleaning
Reduce routine water logistics
Global projects
Remote engineering and support
Start with the site, not a generic product claim. Row continuity, module dimensions, tilt, access and cleaning frequency determine the right equipment.
Scheduled waterless cleaning, solar charging, remote status and project-designed row transitions for repeatable arrays.
Operator-controlled equipment for rooftops, service teams and arrays where a permanent robot is not the preferred approach.
Layout review, route planning, communications and retrofit engineering for operating power stations.
Use product footage to show how the robot travels, brushes the module surface and supports repeatable cleaning—before asking a buyer to compare specifications.
Help engineering teams understand the operating concept quickly.
Follow the video with layout, tilt and access questions.
Todos Industrial Limited was established in 2009. In 2018, an energy company’s requirement for automatic power-plant cleaning led the team into solar cleaning robotics. The current platform brings together robot engineering, IoT connectivity, remote management, fault detection and project-specific system design.
Industrial technology, connected devices and intelligent-system experience formed the company foundation.
A custom automation requirement from an energy company initiated the solar cleaning machine program.
Automatic and remote-control robots are combined with site review, customization and support.
Dr. Liu’s background in internet-of-things technology and intelligent systems supports Todos product research, connected control and long-term development.
PhD Chonbuk National University, South Korea
Postdoctoral Saint Francis Xavier University, Canada
Recognition Outstanding Contributing Entrepreneur in China’s IT solutions
Director DLNA International Alliance
Director World Internet of Things Alliance
The homepage should help buyers self-select, then send each intent to the most relevant product or solution page.
Best starting point: automatic waterless cleaning with scheduled operation.
Compare automatic compatibility with portable remote-control equipment.
Begin with a drawing and site-condition review before choosing equipment.
Make the next step concrete. A qualified inquiry needs more than a name and email.
Capacity, module dimensions, row layout, tilt, country and dust conditions.
Robot width, route continuity, transitions, access, power and communications.
Equipment quantity, project layout, scope, options and commercial quotation.
Commissioning guidance, training, remote diagnosis and spare-parts planning.
Case studies should show plant type, problem, selected system, installation scope and measurable operating result.
Initial layout review and system configuration for suitable projects.
Project and channel customization based on technical feasibility.
Remote diagnosis, operating guidance and maintenance planning.
Product, training and commercial discussions for local partners.
Open the product catalog for models, cleaning methods, applications and service options.
Compare automatic systems, remote-control robots and related products.
Understand the variables behind equipment and project pricing.
Prepare wear-part, charging and routine inspection plans.
Build topical authority with practical articles that answer selection, design, cost and operating questions. Each card links to a focused guide instead of repeating an FAQ on the homepage.
Compare automatic, semi-automatic and manual approaches by array type and operating goal.
Explain robot type, quantity, bridges, charging, controls and installation scope.
Cover row geometry, travel routes, weather, communications and maintenance access.
Assess module dimensions, orientation, tilt, frame steps, gaps and roof access.
Plan cleaning frequency around soiling, rainfall, humidity and energy-loss data.
Explain where dry cleaning works well and what project conditions still need review.
Solar panel cleaning robot manufacturing and project-specific PV cleaning system design.
