How much electricity does a small submersible pump, the kind of goldfish farming, consume a day?

This pump is still available in specifications, from 100w to 100w. It should be determined according to the size of the fish tank, and the power required for the large fish tank is large. Take my 80*45 tank as an example, a light submersible pump.

I use about one kilowatt-hour of electricity a day, and I use two 25W ones.

This is actually not very power-intensive.

Submersible pumps, according to the size of the fish tank, the supporting submersible pumps also have different sizes, from more than a dozen watts to dozens of watts, you can calculate the power consumption according to the formula according to the power indicated on the manual. The formula is: electricity consumption in one day = 24 kWh.

For example, if the power of the submersible pump is 100W, then the power consumption of one day is (100 1000) x 24=, that is, the power consumption of one day.

Fish tank filters don't cost a lot of electricity.

The general filter pump commonly uses 5w-40w one kilowatt-hour electricity is 1000 watt-hours with a 40w filter water pump 24 hours a day on 40 * 24 = 960 watt-hour hours, less than one kilowatt-hour a day, in fact, the most power-consuming is the heating rod, generally 200w-500w, but fortunately, the heating rod is generally used in winter.

The flow of water into the filter from the fish tank should not be too large to avoid excessive impact on the filter.

It depends on the size of the water flow of the fish tank into the filter material, mainly on the filter fish tank, because it involves the water pump directly into the filter cotton. Therefore, this water flow must not be too large, once the water flows through the big hand, it will cause the water to flow like a high-pressure water gun.

Similarly, the continuous impact of the filter will not only lose the filtration effect, but also greatly reduce the service life of the filter.

If the water flow is too large, it is easy to cause excessive water accumulation in the upper filter tank, and then it will also make the trapped filter cotton lose its effect, that is, there is no filter effect at all, and the impurities will go directly into the tank, so there will definitely be small particles floating in the fish tank.

The fish tank water pump costs about one day of electricity.

In the process of raising ornamental fish, a water pump is needed to ensure the water circulation in the fish tank, the power of the pump generally ranges from five watts to 100 watts, taking the 100 watt pump as an example, the power consumption of one hour is the degree, and the power consumption of one day is the degree. Therefore, the fish tank water pump consumes about one kilowatt-hour of electricity.

The water pump in the fish tank is a very important piece of equipment for maintaining the water circulation and oxygen in the fish tank.

If the circulating pump of the trapped cracked fruit has been running at full capacity for 24 hours, then its power consumption is:

95w × 24h

24 hours is a day to eliminate Wang Sen closed consumption, or kilowatt-hour electricity.

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A 15-liter fish tank with a 5-watt submersible pump can raise a few goldfish about 5 centimeters?

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Hello, the 15-liter fish tank has a 5-watt submersible pump, which can raise a 1 cm long fish for 3-5 goldfish. Goldfish are all more than five centimeters long, which means that it takes 5 liters of water to raise a 5 centimeter fish. Do you have any questions that I would like to answer for you?

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The hourly flow rate is 3 to 5 times the total amount of water.

Novices can easily raise goldfish - the use of water pumps is a misunderstanding, I don't know that minutes are equal to a waste of money and electricity, and different accessories will have an impact on the water flow.

These products are labeled, "Power: 5W (W)".

One kilowatt-hour of electricity is 1kw h, that is to say, if the power of your aeration pump is 5w, it will consume one kilowatt-hour of electricity after 200 hours of continuous work, and such products generally do not exceed 10w (not excluding cases greater than 10w) The specific power consumption can be calculated by yourself.

Look at the bottom right corner.

The single-hole air pump is only 2-3 watts, and the electricity is 2-3 kWh a month, which is not more than two yuan. Heating rods are more power-intensive, usually hundreds of watts.

1000 watt-hours is equal to one kilowatt-hour of electricity, 24 hours a day, you pump a few watts roughly multiplied by the calculation. The pump is small and has few kilowatt-hours of electricity a month.

That doesn't use much, mainly if you use a heating rod to raise the tropics, then,

Mine is a small cylinder of 50 with a 2 watt air pump.

Submersible pumps. According to the size of the fish tank, the supporting submersible pump also has different sizes, from more than ten watts to dozens of watts, you can calculate the power consumption according to the formula according to the power indicated on the manual. The formula is:

Electricity consumption in one day = 24 kWh. For example, in the spring, the power of the submersible pump is 100w, then one day.

The power consumption is (100 1000) x 24=, that is, the power consumption of Xinsen lead electricity in one day.