Q5// The power generation equipment of a power station cost Rs 15,75,000 and has a useful life of 25 years. If the salvage value of the equipment is Rs 75,000 and annual interest rate is 5%, determine annual amount to be saved. Cood I uck
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- Type your question here The power generation equipment of a power station cost Rs 15,75,000 and has a useful life of 25 years. If the salvage value of the equipment is Rs 75,000 and annual interest rate is 5%, determine annual amount to be saved.The capital investment in an energy conservation project is 15,00,000/- and its useful life is 25 years. The salvage value of the plant after the useful life is * 500 000/-. The annual income from the project is 600 000/- and the operating cost of the project is 1,00,000/-. Calculate (1) Net annual income of the capital investment (2) Pay-hack period (3) Return of investment (ROI) .A plant erected to manufactured socks has a first cost of P10, 000,000 with an estimated Salvage value of P100, 000 at the end of 25 years. Find its appraised value to the nearest P100 by the sinking fund Method, assuming an interest rate of 6% at the end of 10yrs?
- Energy saving plant cost Rs. 4,75,000 is. Its useful life is 12 years. Salvage value after useful life is Rs. 75,000. The annual revenue of the plant is Rs. 1,25,000 and annual expenditure of Rs. 45,000 If the rate of interest is 12%, find (i) the net annual savings (ii) the pay-back period (ii) the ROI and (iv) the annual depreciation expense by sinking fund methodThe initial cost of an energy storage project is Rs. is 160 × 10^5. And after 20 years of useful life (use) its scrap value is Rs. is 16 × 10^5. So search as mentioned below. (i) Depreciation cost on a straight line basis, (ii) Depreciation cost of sinking fund calculated with compound interest at the rate of 6 per cent per annum.Question 5 A natural gas plant with a 50MW operates at an average loading of 75% year round. How many kWh does the plant to supply to the grid? Question 6 For Question 5, the natural gas power plant costs $175,000,000 to build and costs $20M a year to operate. What is the average cost per kWh or MWh for the power produced if the estimated plant life is 20 years? Assume a discount rate of 5%.
- An energy saving project has an initial investment of Rs. 12,00,000 and its useful life is 10 years. The salvage value of the plant at the end of its useful life is Rs. 2,00,000 is . The annual income from the project is Rs. 3,50,000 and the operating cost of the project is Rs. 1,00,000 is . Then find (1) the net annual income of the investment and (2) the pay-back period (3) the return on investment (ROI).Using the following assumptions calculate the levelized cost for each technology: Solar Farm Capital Cost ($/MW) $1,000,000 Solar Farm Fixed Cost $/Year $50,000 Solar Capacity Factor 20% Solar Useful Life (years) 25 Wind Farm Capital Cost ($/MW) $1,200,000 Wind Farm Fixed Cost $/Year $75,000 Wind Capacity Factor 35% Wind Useful Life (years) 20 Discount Rate 10% Assume 50 MW of installed capacity for both the wind farm and the solar farm. a) What is the levelized cost of wind and solar? b) How do the levelized costs of wind and solar calculated here relate to their capture prices?A young engineer is considering to built a 25unit apartment near a commercial center. Because of the location, the investment can guarantee a 90% occupancy rate. So then, the project can have an earnings of 20% annually. Other data are the following: Land ₱10M Building cost 14M Projected Useful life 20 years Cost of land after 20 years 38M Cost of Building after 20 years 3.8M Rent/unit/month 13,000.00 Maintenance/unit/year 2,200.00 Property Taxes 2% Building Insurance 0.7% Is this a good investment? Apply the methods of economic studies.
- A commercial establishment has a maximum demand of 1000 kW and a load factor of 40%. It buys electrical energy at the rate of PhP 30.5347/kWh consumed. Calculate the monthly electricity bill of the establishment.Transform 200 milliwatts into dBm state the answer in the correct units and show all your computations to receive creditThe basic cost of an energy saving plant is Rs. 4,75,000 is. Its useful life is 12 years. The salvage value of the plant after its useful life is Rs. 75,000 is. The annual income of the plant is Rs. 1,25,000 and the annual expenditure is Rs. 45,000 is. The rate of interest is 12%. So calculate the following. (1) The plant's net annual savings or cash flow. (2) Pay-back period (3) Return on Investment (ROI) (4) Amount of annual depreciation by way of sinking fund.