A 75-hp (shaft output) motor that has an efficiency of 91.0 percent is worn out and is

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A 75-hp (shaft output) motor that has an efficiency of 91.0 percent is worn out and is to be replaced by a high efficiency motor that has an efficiency of 95.4 percent. The motor operates 4368 hours a year at a load factor of 0.75. Taking the cost of electricity to be $0.08/kWh, determine the amount of energy and money saved as a result of installing the high-efficiency motor instead of the standard motor. Also, determine the simple payback period if the purchase prices of the standard and high-efficiency motors are $5449 and $5520, respectively. Payback Period
Payback period method is a traditional method/ approach of capital budgeting. It is the simple and widely used quantitative method of Investment evaluation. Payback period is typically used to evaluate projects or investments before undergoing them,...
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Thermodynamics An Engineering Approach

ISBN: 978-0073398174

8th edition

Authors: Yunus A. Cengel, Michael A. Boles

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