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The two systems are considered for a project. Suppose MARR is at 10% per year, determine how many units must be used to rationalize the system B. Use the electricity rate costs of Php 0.08/kwH for the calculation. Installation Cost Efficiency Useful Life User Costs per unit Annual Maintenance Cost Power Output System A Php 32,000 78% 10 years Php 0.24 Php 75 28kW System B Php 45,000 90% 15 years Php 0.22 Php 100 34kW

The two systems are considered for a project. Suppose MARR is at 10% per year, determine how many units must be used to rationalize the system B. Use the electricity rate costs of Php 0.08/kwH for the calculation. Installation Cost Efficiency Useful Life User Costs per unit Annual Maintenance Cost Power Output System A Php 32,000 78% 10 years Php 0.24 Php 75 28kW System B Php 45,000 90% 15 years Php 0.22 Php 100 34kW

Practical Management Science
Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter2: Introduction To Spreadsheet Modeling
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Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...
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The two systems are considered for a project. Suppose MARR is at 10% per year, determine how many units must be used to rationalize the system B. electricity rate costs of Php 0.08/kwH for the calculation. Use the System A Php 32,000 System B Php 45,000 Installation Cost Efficiency 78% 90% Useful Life 10 years User Costs per unit Annual Maintenance Cost Power Output Php 0.24 Php 75 28 kW 15 years Php 0.22 Php 100 34kW
Transcribed Image Text:The two systems are considered for a project. Suppose MARR is at 10% per year, determine how many units must be used to rationalize the system B. electricity rate costs of Php 0.08/kwH for the calculation. Use the System A Php 32,000 System B Php 45,000 Installation Cost Efficiency 78% 90% Useful Life 10 years User Costs per unit Annual Maintenance Cost Power Output Php 0.24 Php 75 28 kW 15 years Php 0.22 Php 100 34kW
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