In recent years, there has been a remarkable advancement in several domains, bringing revolution to mundane tasks and streamlining everyday chores. One such innovation has been in the realm of robot vacuum cleaners.
From improving indoor air quality to saving time, robotic vacuum cleaners have truly become an indispensable tool. Having said that, it is pertinent to understand how much power do robot vacuums use to ensure eco-friendliness and cost-efficiency.
Here is a detailed discussion of how much power eufy models and other popular products use.
How Much Power Do eufy Robot Vacuums Consume?
eufy has quickly gained recognition as a popular household name as it offers a wide range of products in different domains, such as house security, baby care, and house cleaning. Its robot vacuum cleaners are one of a kind, and users love them. Let’s look at the power consumption of some of its famous models.
eufy X10 Power Consumption
The eufy X10 Pro is armed with 8,000 Pa suction and mopping features. But it’s specifically designed to be energy efficient. If you run X10 Pro everyday for 2 hours, it consumes less than 0.2kWh, meaning 1.4kWh for a week and 70kWh for a year, far less than an American-style fridge freezer power consumption.
In Standby mode, eufy X10 Pro consumes approximately 36Wh of electricity each day. Surprisingly, this consumes even less than the typical LED bulb.
eufy L60
The eufy L60 is one of the most efficient robotic vacuum cleaners, designed to consume a meager amount of power. Armed with 5,000 Pa suction and a 2,600 mAh battery capacity, it operates with less than 40Wh of power consumption.
If you run the L60 for 2 hours every day, it consumes about 0.08kWh, totaling 0.56kWh per week and 29.12kWh annually, which is remarkably low compared to the average American household appliance.
In comparison, a typical household appliance consumes around 150 watts on average, with a fridge using approximately 45 times more power annually than the eufy L60.
How Much Power Do Most Robot Vacuums Consume?
On average, robot vacuums consume between 60 to 100 watts while operating. Higher suction and extra features will increase the power consumption but most robot vcauums uses around 100 watts for an hour cleaning, similar to a ceiling fan power consumption. This makes them significantly more energy-efficient compared to traditional vacuum cleaners, which consumes 1000watts per hour.
Let us take a look at the power consumption in some other popular robot vacuum models and brands:
iRobot Roomba Series
Roomba’s home base charging time is 3 hours, drawing 28 watts. In standby mode, they draw a lower power to charge the battery gradually until its next usage. Once fully charged, Roomba’s power consumption is nearly 3.6 watts in the standby mode.
Suction Power - Varies by model, typically around 1,800 Pa.
Mopping Features - Available on select models
Home Size - Suitable for medium to large homes
Use Time - Generally 1-2 hours per cleaning session
Charging Time: 3 hours
Power Consumption (Charging) - 28 watts
Shark Ion Robot
The Shark Ion Robot uses 1.8 amps and a wattage of 35.3 watts. However, other powerful models, such as its Navigator Lift-Away Upright Vacuum, consume a large amount of electricity – an amperage of 60 amps and 1200 watts, which can cause a major dent in your electricity bill.
Suction Power - 1,000 Pa
Mopping Features – Not available
Home Size - Suitable for small to medium homes
Use Time - Generally 2 hours per cleaning session
Power Consumption (Operation) - 35.3 watts
Factors Affecting Robot Vacuum Power Consumption
Some factors tend to be major deciding factors on the power consumption of robot vacuums:
Battery Capacity and Type
The type and capacity of the battery impact the robot’s charging frequency. If batteries have higher capacity, the robot will provide better operating times; however, it will also require longer charging and more power consumption.
Motor Power
The power levels of the drive motor and the vacuum motor of the robot directly impact its power consumption. Motors with higher powers will provide stronger suction and better sweeping efficiency and increase power consumption.
Cleaning Modes
Different operating modes, such as the turbo mode, eco-mode, power, quiet, or standard modes, consume different amounts of energy. Turbo or power modes consume more power as they increase the brush speed and suction power.
Usage Frequency and Cleaning Duration
The cleaning duration and usage frequency of the robotic vacuum cleaners also have a great impact on their power consumption. The larger the area that needs to be cleaned or the longer the robot has to move around, and work will have a direct impact on its power usage.
Floor Type
Different floor types, such as tiles, carpets, and wooden flooring, place different load requirements on the robot. Carpets tend to increase power consumption as more suction is required.
How long do robot vacuum batteries last?
Generally, a fully charged robot vacuum can operate for about 1-2 hours. Some high-end models, such as the eufy S1 Pro, can run for up to 3.6 hours and clean an area of 1976 square feet in one go. However, battery capacity is not the most critical factor to consider, as most robot vacuums support a resume function. When the battery runs low, the vacuum automatically returns to its charging station, recharges, and then resumes cleaning from where it left off.
Eco-Friendly Robot Vacuum Recommendations
The robot vacuums are built for convenience and efficiency. It is important that the most eco-friendly robot vacuums are chosen to ensure sustainability.
Energy-Efficient Models
Some of the most energy-efficient models are undoubtedly eufy’s RoboVac 11S Max and Roborock Q5. They are efficient in their functionality and power usage.
Smart Scheduling and Efficient Cleaning Patterns
eufy’s RoboVac 11S Max again takes the lead regarding efficient cleaning patterns and smart scheduling. This model has high sustainability standards and performs well around obstacles. Its smart features ensure that it uses the least amount of power.
Recyclable and Sustainable Materials
The bodies of several known robotic vacuums, such as the Roomba Smart Vacuum, are made of ABS plastic, which is a recyclable and sustainable material. It is lightweight, durable, and eco-friendly.
Tips for Reducing Robot Vacuum Power Consumption
Do you want your robot vacuum to consume the least amount of power? Here are some practical tips to ensure that:
Use of Eco-Mode Settings
Choose the right cleaning mode, such as the standard mode, instead of the power mode.
Regular Maintenance for Efficiency
Clean or replace filters regularly, reducing cleaning time and power consumption overall.
Smart Scheduling to Avoid Unnecessary Cleaning Cycles
You can also use timed cleaning to ensure that the robot doesn’t keep on operating needlessly and only cleans when it is truly required.
Conclusion
Despite the convenience and efficiency of the robot vacuums, their energy consumption can be a cause of concern. Therefore, one must choose energy-efficient models so the electricity bills do not hit the roof. The best way to take full advantage of robot vacuums is to balance convenience and eco-friendliness.