Finding sustainable means to meet our energy needs is more important than ever as climate change and global warming endanger the future of our planet. Utilizing solar panels to generate electricity is one of the most effective ways to transition to renewable and non-polluting energy sources. But only if these systems are kept up to date will they produce the desired outcomes.
By making sure the solar panels are kept clean without endangering people, this solar panel cleaning robot aims to maintain the effectiveness of solar energy production.
The lithium battery-powered robot can move at a variable speed of up to 30 meters per minute and can work on slopes up to 25 degrees. A single robot and worker can clean up to 5,000m2 per day. Keep reading and lear more about this new technology.
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How Does Solar Panel Cleaning Robot Work?
In order to move the solar panel cleaner robot, caterpillar wheels are used in conjunction with a water tank that has a motorized pump and 4x DC motors. The robotic vehicle has a metal chassis and a controller circuitry that is controlled by an RF wireless remote.
Wireless control movement information is transmitted to the robotic vehicle using a remote controller. After receiving the data, the controller instructs the wheel motors to turn in the desired directions to produce the desired movement. A geared DC motor drives the front brush, which is fixed to the main front of the chassis. A water pipe that is integrated into the front panel is also used to move water for cleaning via a dc pump to the brush’s front. Using wireless control, the system enables simple solar panel cleaning.
- Robotic Chassis
- DC Motors
- Rubber Tracks
- Pump Motor
- Water Tank
- Controller Circuitry
- RF Remote
- Motor Shafts
- Mounts & Couplings
- Screws & Bolts
- Supporting Frame
Features Of Solar Panel Cleaning Robot
- maintains the effectiveness of solar panels by keeping them clean.
- The remote and wireless operation ensures workers aren’t put in danger
- All dirt, grime, and other debris are cleaned up by a roller brush.
- equipped with a water sprayer fed by an onboard water tank.
- Design that is user-friendly, portable, and compact.
Why Do We Need A Solar Panel Cleaning Robot?
No foreign object should obstruct the path of the sun’s rays for a solar panel to operate effectively. For solar panels to continue to function effectively and generate the desired amount of electricity, regular cleaning is necessary.
Even minute dust particles can prevent light from being converted into electrons when it reflects off of a surface. Solar panels that are dirty do not efficiently absorb light or produce electricity to their full potential. If solar panels aren’t cleaned frequently, studies conducted worldwide show that installations can lose up to 30% of their annual energy yield. Larger debris, such as leaves, accumulated grime, etc., can seriously impair panel efficiency. Light dust and debris can reduce efficiency by up to 3.5% to 5%. All the dust and debris can be removed successfully using autonomous solar panel cleaning robot solutions.
The majority of solar power generation facilities maintain their systems using traditional wet solar cleaning techniques. It uses a lot of water, which is becoming more and more scarce. Operating with the traditional cleaning techniques while the solar plant is running, even at night, requires a lot of labor and comes with a lot of risks. Additionally, wet cleaning is much less effective than dry robotic cleaning in terms of daily cleaning of the entire PV plant, which is not possible with wet cleaning. Using a self-contained solar panel cleaning robot system, cleaning results are improved.
Solabot Solar Panel Cleaning Robot: One Example
PV plants are an expensive investment, so cleaning them needs to be done with care. Cleaning is a crucial component of operations and maintenance, and our solar-powered robot is the ideal answer to your needs in this area. An overview of what to anticipate from Solabot’s solar module cleaning robot:
1. Autonomous Solar Panel Cleaning Robot
Our cleaning systems operate on their own and hardly ever need human intervention. They are completely responsive and are controlled by an integrated SCADA interface. The integrated system functions as needed and keeps track of the local weather conditions. We have an independent solar module cleaning robot.
2. Automatic Self-Powered Solar Robot
The cleaning robot doesn’t need an external energy source. Its own solar panel can produce enough power to keep the Robots running without interruption for the duration of the planned cleaning.
3. The Flexibility Of Multiple Control Options
Each solar installation is unique. Each solar installation is, in fact, tailored to the requirements of the particular home or commercial structure. A PC panel setup typically doesn’t need to be cleaned on a weekly or monthly basis, but if it is situated in an area that is dusty and polluted, regular cleaning is advised because dust accumulation on the panels reduces panel performance.
There are numerous approaches to cleaning because Solabot’s solar panel cleaning system is totally adaptable.
- Some companies or people favor having complete control over their PV panel cleaning schedule. This includes customers who choose to hire the service whenever they see the dust on the panel’s surface. After a stormy weekend, you might even want to run the cleaning system. As a result, the manual operation gives people the freedom to take care of the panels’ cleaning needs whenever they see fit.
- Some people prefer a hands-off strategy, in which case the automated system is more suitable. It is very helpful to be able to plan the cleaning portion for a specific day of the week or month. For those who do not have the time to micro-manage every aspect of their lives, the pre-programmed schedule is perfect. People who live in dusty areas can also benefit from this, so cleaning the panels every other day or perhaps twice a week could be beneficial.
4. Multi-fit Solar Cleaning Robot
We provide clients with multi-fit solar system robot customized solutions, and Solabot can create a dry robotic cleaning solution that satisfies their needs. Solutions that can increase returns even on the older PV plant can be offered for projects that are already installed and operational by using robots to clean efficiently. After carefully examining the layout of the entire plant, we provide the necessary bridges and stations for it and offer our clients the most efficient solutions. Our multifunctional solar cleaning robot is set up to meet particular client needs.
5. Waterless Cleaning
Why waste water when all the panels can be cleaned without it? Our waterless cleaning method is efficient, less harmful to the environment, and successfully cleans solar modules. PBT brushes with extreme softness effectively remove all kinds of debris.
Lightweight and small describe Solabot. Our cleaning system can be supported without the use of any additional railing, which significantly lowers installation costs. It is less expensive to perform comprehensive, routine maintenance.
The Bottom Line
Using solar energy is a great way to generate clean, renewable energy. They are providing electricity to areas with a shortage while lessening the strain on fossil fuel resources. A major invention for us is the solar panel cleaning robot.
Without any rails, the robot can move easily, and while docking, it can clean itself. The PV modules are protected from physical harm by a cushion created by the silicon coating on the wheels that sits between it and them.
Also Read: Can You Put Solar Panel On A Patio Cover?