Introduction
Industrial floor washer scrubbers have become common cleaning equipment in large venues such as factories, warehouses, logistics centers, and shopping malls. However, many companies have found that floor scrubbers consume more electricity than expected, leading to rising cleaning costs. In fact, improper operation and untimely maintenance will lead to 20-50% wasted electricity by floor cleaner scrubbers.
This article will provide a complete guide to energy-saving tips for floor scrubbers, which is helping businesses improve the efficiency of their cleaning equipment and reduce electricity costs.
Reasons for Floor Washer Scrubber Power Consumption
Industrial floor cleaner scrubbers are continuous high load operating equipment, and their energy consumption mainly comes from:
- Brush motor (for cleaning floors)
- Water suction motor (for drying wastewater)
- Walk motor (for ride-on floor scrubbers)
- Control system and water system
- Battery efficiency loss
Different types of floor washer scrubbers run for 2–6 hours a day, so any energy-saving optimizations can significantly reduce overall costs.
Common Energy Waste Behaviors
Many improper uses can increase the power consumption of a floor scrubber. For example:
- Always using the highest pressure for cleaning
- Not adjusting the cleaning mode according to the floor level
- Brushes and filters not being cleaned for extended periods
- Improper charging methods
- Inadequate cleaning route planning
- Repeated cleaning in unnecessary areas
- Continuing to work using worn-out brushes or rubber strips
- Continuing to run the floor scrubber when the battery is low
- Continued use despite severe battery aging
- Prolonged high-load use on uneven or slippery surfaces
Floor Washer Scrubber Energy-Saving Tips: 7 Ways to Save Electricity
Choose the Appropriate Cleaning Mode
Different types of flooring require different cleaning modes. If the high-power, high-volume mode is used directly, it will increase the power consumption.
Correct Method：
- Slight dust on the ground → low brush disc pressure+a small amount of clean water
- General stains on the ground → Medium mode is sufficient
- Oil stains or stubborn dirt → High mode is required
Recommendation: By selecting a reasonable ground cleaning mode, power consumption can be reduced by 10-12%
Control Brush Disk Pressure
The greater the pressure of the brush disc, the more power the motor consumes, and it will accelerate the wear of the brush disc.
Energy Saving Methods:
- Select appropriate pressure based on the ground material
- No need to use strong pressure instead of cleaning agents
- Avoid using high pressure on smooth surfaces
Recommendation: Paying attention to these details can reduce power consumption by 8-15%.
Keep the Brush Disc, Rubber Strip, and Filter Clean
If dirt clogs the brush plate, filter, and other components, it will put more strain on the motor, naturally increasing its power output.
Improvement Methods:
- Brush plate: Clean daily
- Rubber strip: Check for deformation every shift
- Filter: Clean daily to prevent water blockage
Recommendation: Keeping parts clean can reduce power consumption by 10-15%.
Planning Cleaning Routes
An improper route will cause the floor scrubber to repeatedly clean the same area, wasting electricity.
Optimization Methods:
- Divide the site into zones and clean each zone sequentially
- Avoid backtracking
- riding floor scrubber maintains a constant speed
- Using a straight cleaning route is more efficient
Recommendation: Proper cleaning routes can reduce battery consumption by 10–20%.
Prioritize Choosing Lithium Battery Floor Scrubbers
Compared to lead-acid batteries, lithium batteries have advantages such as greater stability and durability.
- Higher conversion efficiency
- Shorter charging time
- The service life is 2-3 times that of lead-acid batteries
- More lightweight and stable
Recommendation: Use a lithium battery-powered floor scrubber, which can achieve energy savings of 20-30%.
Correct Charging Habits
Improper charging habits can lead to energy loss and reduce battery life.
Correct Charging Method:
- Avoid charging when the battery level is too low (below 20%)
- Don’t overcharge
- Maintain regular charging every day
- Maintaining 40% -60% battery life is optimal during storage
Recommendation: Developing good charging habits can reduce battery drain by 10%.
Perform Equipment Maintenance
If the floor washer scrubber is not properly maintained and serviced, the following situations may occur:
- Increased noise
- Weakness in movement
- The motor works harder
- Incomplete cleaning
- Increased power consumption
Maintenance and Upkeep Methods:
- Regularly inspect belts, bearings, and motors
- Check the waterway for blockages every week
- Check the wear of the rubber strip every month
- Perform deep maintenance every 3-6 months
Recommendation: Floor scrubber regular maintenance will naturally make them more energy-efficient and effective.
Benefits of Energy-Saving Techniques
Mastering energy-saving techniques for floor cleaner scrubbers can bring many benefits.
Electricity costs are significantly reduced (Saving 20-50%).
- The most obvious scenario is running for 3-4 hours a day
Extend batteries and accessories durability
- Reduce losses and lower annual maintenance costs
Higher cleaning efficiency and shorter completion time
- Improved cleaning speed means reduced energy consumption
Equipment failure rate decreased
- Reduce downtime and improve stability
Reduce energy waste
- It is ideal for projects such as green factories, digital factories, and environmental protection and emission reduction.
Conclusion
Industrial floor washer scrubbers are highly efficient cleaning tools. However, only by mastering the correct usage method can you achieve true energy saving, time saving, and high efficiency. Therefore, through the methods introduced in this article, businesses can achieve true efficiency and effectiveness when using floor cleaner scrubbers.
