Answered step by step
Verified Expert Solution
Question
1 Approved Answer
Please Help. Will give a like after complete [10 Points) You have been asked to make a purchase recommendation for lighting for your plant's manufacturing
Please Help. Will give a like after complete
[10 Points) You have been asked to make a purchase recommendation for lighting for your plant's manufacturing floor. The level of light needed will require a quantity of 1,250 Type A luminaires; the same light level can be accomplished with a quantity of 1,500 Type B fixtures. The installed cost of the Type A fixture is $225; the installed cost of the Type B fixture is $350. The Type A fixture has a lamp life of one year at the expected usage; the type B fixture has a lamp life of 6 years. For both fixtures the re-lamp cost is 5% of the installed cost of the fixture. The Type B fixture has an input power of 80 Watts; the Type A fixture requires 225% more input power. The lighting will be used for two work shifts, that is, 16 hours per day for six days per week with a 52 week work year. Energy is priced at a cost of $0.075/kWh; the cost of money is 8% per year. If the project is to be maintained for 12 years, including a re-lamping at the end of the project and assuming no end-of-life salvage value for either fixture type, what is the best choice for the factory floor lighting? Show all your work and clearly explain any assumptions. [10 Points) You have been asked to make a purchase recommendation for lighting for your plant's manufacturing floor. The level of light needed will require a quantity of 1,250 Type A luminaires; the same light level can be accomplished with a quantity of 1,500 Type B fixtures. The installed cost of the Type A fixture is $225; the installed cost of the Type B fixture is $350. The Type A fixture has a lamp life of one year at the expected usage; the type B fixture has a lamp life of 6 years. For both fixtures the re-lamp cost is 5% of the installed cost of the fixture. The Type B fixture has an input power of 80 Watts; the Type A fixture requires 225% more input power. The lighting will be used for two work shifts, that is, 16 hours per day for six days per week with a 52 week work year. Energy is priced at a cost of $0.075/kWh; the cost of money is 8% per year. If the project is to be maintained for 12 years, including a re-lamping at the end of the project and assuming no end-of-life salvage value for either fixture type, what is the best choice for the factory floor lighting? Show all your work and clearly explain any assumptionsStep by Step Solution
There are 3 Steps involved in it
Step: 1
Get Instant Access to Expert-Tailored Solutions
See step-by-step solutions with expert insights and AI powered tools for academic success
Step: 2
Step: 3
Ace Your Homework with AI
Get the answers you need in no time with our AI-driven, step-by-step assistance
Get Started