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5. An energy installation costs Rs. 4 crore. The cash inflow over 5 yrs is expected to be Rs. 100 lakh for first 2 yrs, 150 lakh for the next 2 yrs and 250 lakh in the 5th yr. Assuming a discount rate of 15% and salvage value of Rs. 1 crore at the end of 5 years, calculate its NPV in crores (1 crore = 100 lakh) A hypothetical wind turbine takes one year to build and costs $ 1.5 million. The operating and maintenance costs are $ 300,000 for the first year and expected to grow by 2% every year. There are no associated fuel costs. The wind turbine's lifespan is 5 years, and it is estimated to produce 3 million kWh each year. Considering a discount rate of 8%, calculate the LCOE (1 million = 10$^6$)

          5. An energy installation costs Rs. 4 crore. The cash inflow over 5 yrs is expected to be Rs. 100 lakh for first 2 yrs, 150 lakh for the next 2 yrs and 250 lakh in the 5th yr. Assuming a discount rate of 15% and salvage value of Rs. 1 crore at the end of 5 years, calculate its NPV in crores (1 crore = 100 lakh)
A hypothetical wind turbine takes one year to build and costs $ 1.5 million. The operating and maintenance costs are $ 300,000 for the first year and expected to grow by 2% every year. There are no associated fuel costs. The wind turbine's lifespan is 5 years, and it is estimated to produce 3 million kWh each year. Considering a discount rate of 8%, calculate the LCOE (1 million = 10$^6$)

5. An energy installation costs Rs. 4 crore. The cash inflow over 5 yrs is expected to be Rs. 100 lakh for first 2 yrs, 150 lakh for the next 2 yrs and 250 lakh in the 5th yr. Assuming a discount rate of 15% and salvage value of Rs. 1 crore at the end of 5 years, calculate its NPV in crores (1 crore = 100 lakh)
A hypothetical wind turbine takes one year to build and costs 1.5 million. The operating and maintenance costs are 300,000 for the first year and expected to grow by 2% every year. There are no associated fuel costs. The wind turbine's lifespan is 5 years, and it is estimated to produce 3 million kWh each year. Considering a discount rate of 8%, calculate the LCOE (1 million = 10$^6$)

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