How Much Electricity Cost Per Month For Using A 1 Hp Water Pump Raita The cost of using a domestic water pump can be calculated using the formula: cost = energy (kwh) x price per kwh. with the current energy price of $0.12 kwh, the cost of using a domestic water pump for 2 hours a day is: cost = 0.4 kwh x $0.12 kwh = $0.048 per day. this equates to $1.44 per month and $17.28 per year. Energy usage based on the average water pump wattage of 150. usage (kwh) cost ($) per day: 3.601973684. $0.3753256579. per month: 109.5. $11.4099.
1 Hp Water Pump Motor Current Unit Electricity Bill Calculation 1 Power consumption (kwh) = power (kw) × time (hours) for our water pump: power consumption (kwh) = (220 w 1000) × 2 hours = 0.44 kwh. this means the water pump consumes approximately 0.44 kwh for 2 hours of operation. usage context: a water pump is often used for irrigation, drainage, or supplying water to residential and commercial buildings. A small, 1 hp pump using about 1.4 kw of power, will use 1000kwh of power running continuously over 30 days. we have had customers call with a power bill that went from a few hundred dollars a month to $3000 or even $4000 because the excess power usage was all in the top rate tiers of their power rates. To give you a rough estimate the average rated power of water pump is from 250 watts to 1500 watts. smaller the water pump, less is the wattage, less is the power consumption, hence low is the discharge and head. if the rated power is given in horse power (hp) then convert it to watt by multiplying it with 746. (1 hp = 746 watt). The average cost is $0.12 per kilowatt hour. you will then multiply the three (power consumption, operating hours, cost of electricity) together to calculate total cost per month. example: known parameters: ½ horsepower motor consumes 960 watts. pump flow rate is 10 gallons per minute. 4 person household.
How Much Current In 1 Hp Water Motor Water Pump Electricity To give you a rough estimate the average rated power of water pump is from 250 watts to 1500 watts. smaller the water pump, less is the wattage, less is the power consumption, hence low is the discharge and head. if the rated power is given in horse power (hp) then convert it to watt by multiplying it with 746. (1 hp = 746 watt). The average cost is $0.12 per kilowatt hour. you will then multiply the three (power consumption, operating hours, cost of electricity) together to calculate total cost per month. example: known parameters: ½ horsepower motor consumes 960 watts. pump flow rate is 10 gallons per minute. 4 person household. Cost in dollars of energy usage. the cost of using a well water pump can be calculated using the formula: cost = power (watts) x time (hours) x energy price ($ kwh) 1000. assuming an energy price of $0.12 kwh and a power consumption of 1000 watts, the costs of using a well water pump can be calculated as follows: daily cost: 1000 x 24 x 0.12. Multiply the daily cost by 30 or 31 (number of days in the month) to get the cost per month. let’s say you use your well pump for 8 hours per day at 1,500 watts. if your local electricity rate is $0.20 per kilowatt hour, your daily cost is $2.40 and your monthly cost (30 days) is $72. common well pump add ons.
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