If you are adding a fish tank filter then do not worry about its electricity expenses. In this article, we have added all the details about the requirement of electricity and its cost for an aquarium filter.
How Much Electricity Does Fish Tank Filter Use? Fish tank filters do not consume a lot of electricity. On average, an aquarium filter uses around 5 watts to 120 watts of electricity and costs $1 in monthly expenses.
Attach the aquarium filter with a continuous electricity source and make sure the plug is always in the inserted situation. Push the turn on button all the time. Observe the whole passage of the power supply, and it is essential for the wellbeing of the fish tank.
- 1 How much Electricity Does Fish Tank Filter Use?
- 1.1 Consumption of electricity by fish tank filters
- 1.2 Factors affecting electricity consumption of fish tank filter
- 1.3 Types of Aquarium filters with electricity usage
- 1.4 What is the cost run a fish tank filter?
- 1.5 Is turning off the aquarium filter is a good idea to save electricity?
- 1.6 Does the filter’s current affect the fish?
How much Electricity Does Fish Tank Filter Use?
Many people worry about the electricity cost of running a fish tank filter. Filters of the aquarium are the powerhouse for all the happenings inside it. They usually hang behind the aquarium but remain attached to it.
Consumption of electricity by fish tank filters
|Name of filters||Consumption of electricity||Features|
|UV filters||Run between 8-130 watts||Economical and very much in demand.|
|Canister filter||It comprises 8% of the electricity bill||They are good at working and protect the filters.|
|Under gravel filters||It consumes 3-8 watts every month||These are most in-demand.|
|Trickle filters||0.22 kWh||They are cost-effective and efficient.|
|Sponge filters||The gentle current of 2-3 watts||It can impact the water of the fish tank.|
|Box filters||Approximately 3-5 watts||Box filters are economical and in demand.|
Factors affecting electricity consumption of fish tank filter
Electricity usage depends on the size of the fish tank. The larger is the size, and it means the filters are large in structure. The consumption of electric power increases in a way that is not suitable in terms of cost.
Another factor that depicts the whole consumption of electric power is the type of fish inside it. It is an indication of the damage of the water with harmful things. The plants also affect the use of electric power in a fish tank.
Fish tanks vary in their sizes, and a standard tank may contain thirty to thirty-five gallons of water. These are deeper and lengthy tanks, and they are large.
The size directly affects the consumption of electricity. In huge spaces, all things need more power to work. The filters work by using electric power, and that’s why in large fish tanks, more electric power is essential.
Saltwater is different from freshwater, and every fish tank prefers freshwater for its life. The fish tanks that contain salt in them require more filtration, and it is slightly complicated.
The fish in this type of water require different equipment like heaters and pumps for their living. The filters work with energy, and it results in the utilization of electric power. The demand increases with the enhancement of the workload.
Plants in the fish tank
The plants of the fish tank directly affect the working of the filters in it. The plants inside the fish tank grow in an excellent environment.
The damaged aquarium filters make the water filthy. In such circumstances, the filters work desperately, and the consumption of electricity increases in such situations.
Types of Aquarium filters with electricity usage
The filters use a small amount of electricity as compared to other parts of the fish tank. They affect only 12% of your electricity bill that is not a large percentage.
These filters are cost-effective, and that’s why people prefer them for biological filtration. The overall power consumption by the filters is from 61-62 watts. The heaters and pump use half of the wattage, so it is approximately 31 watts overall.
Ultraviolet filters and electricity
These filters work between 5 to 8 watts at their lower wattage. The watts can increase up to 135 watts in some cases. Usually, the larger tank size affects power consumption and enhancement. The fish tanks having UV filters work at a low cost.
They are in demand due to this property. They are inexpensive and easy to install. You can remove the fish tank filter and replace them with fresh ones with any professional help.
They should be on running mode all day and keep an eye on the switch on the button now and then. You can only turn these filters off when there is no fish inside the fish tank.
Few people use the medications to kill bacteria or other live bacteria for water purification. Now, off the UV filter at that time, as the UV light is not beneficial.
Power aquarium filters and electricity
These are low consumers of electricity and use approximately three to five watts. They do not dangerously affect the electricity bill and are reliable in the biological filtration process.
A power filter is a bit bigger than other filters that distinguish them in many qualities and versatile features.
Fluidized filter and electricity consumption
These are known as suspended fish tank filters and helpful in bacterial water purification. They are also known as sand filters, and they have a tube that hangs it off on the backside of the tank. A fluidized filter consumes three to five watts every twenty-four hours. They are cost-effective and very much in demand.
All the other types of filters consume the standard description of electric energy. There is no change in the limits, and it makes the system appealing.
What is the cost run a fish tank filter?
The average consumption of a filter is almost seven to eight watts per month. The tank size changes the figures, but the standard formula applies to all types.
A hundred-gallon aquarium cost you approximately around $0.5 – $1 to run. You can make a fish tank filter less powerful to save electricity.
Is turning off the aquarium filter is a good idea to save electricity?
It is not a good idea at any time of the day. Few people turn off their fish tank filters at night for energy saving and it results in irreversible damages.
The filters play a vital role in the working of the tank every time. They secure the health and life span of the fish inside the tank while remaining outside the structure. They are protectors twenty-four hours a day; you cannot turn them off at night time.
Does the filter’s current affect the fish?
A fish tank filter does not use an amount of current, and they remain in moderate values all the time. The fish remain safe in the presence of the filter’s current because it is not too much for them.