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a DC load with a power factor above 1 — motors, transformers and other inductive loads — the real power that does useful work is P = V × I × PF, while the product V × I alone gives the larger apparent power in volt-amperes. This calculator reports the power in watts, kilowatts and mechanical horsepower, using 1 hp = 745.7 W. If instead it were a motor with a power factor of 0.8, the real power would fall to 120 × 10 × 0.8 = 1,200 W, which is about 1.2 hp or about 1.61 hp. Multiply by your price per kWh for the daily cost and by 30 for a monthly estimate. Daily energy in kilowatt-hoursAs a working example, a device on a 120 V circuit drawing 10 A at unity power factor uses P = 120 × 10 = 1,200 W, which is about 1.2 hp.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field, turn power into running cost.As an advanced usage field,