2. A generating unit of 10 MW capacity supplies the following loads: Domestic consumers with a maximum demand of 6 MW at a load factor of 50%. Small industrial load with a maximum demand of 3.6 MW at...


2.<br>A generating unit of 10 MW capacity supplies the following loads:<br>Domestic consumers with a maximum demand of 6 MW at a load factor of 50%.<br>Small industrial load with a maximum demand of 3.6 MW at a load factor of 50%.<br>Street light load with a maximum demand of 400 kW at a load factor of 30%.<br>Capital cost of the plant is $100 per kW.<br>Total running cost is $360,000 per year.<br>Depreciation on capital cost is 10%.<br>Estimate the overall energy cost per kWh for each type of consumer.<br>The capital cost of a power generating equipment in a steam power plant is $800000. The<br>useful life of the plant is 30 years and its salvage value is 5% of the capital cost. Determine<br>by the sinking fund method the amount of money to be saved annually for replacement if<br>3.<br>the yearly rate of compound interest is 6%.<br>

Extracted text: 2. A generating unit of 10 MW capacity supplies the following loads: Domestic consumers with a maximum demand of 6 MW at a load factor of 50%. Small industrial load with a maximum demand of 3.6 MW at a load factor of 50%. Street light load with a maximum demand of 400 kW at a load factor of 30%. Capital cost of the plant is $100 per kW. Total running cost is $360,000 per year. Depreciation on capital cost is 10%. Estimate the overall energy cost per kWh for each type of consumer. The capital cost of a power generating equipment in a steam power plant is $800000. The useful life of the plant is 30 years and its salvage value is 5% of the capital cost. Determine by the sinking fund method the amount of money to be saved annually for replacement if 3. the yearly rate of compound interest is 6%.

Jun 10, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here