Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
Question: Calculate the Solar Energy potential (GWh) that can be generated on Annual Basis if 50,000km2 of the area of Jordan was covered with Solar PV modules.

Question: Calculate the Solar Energy potential (GWh) that can be generated on Annual Basis if 50,000km2 of the area of Jordan was covered with Solar PV modules.

icon
Related questions
Question

Question: Calculate the Solar Energy potential (GWh) that can be generated on Annual Basis if 50,000km2 of the area of Jordan was covered with Solar PV modules.

 

List your assumptions:

  1. Solar PV estimated generation = 2GWh/MWp
  2. Each 1MWp will need = 10,000m2
  3. Cost of fossil fuel to generate electricity in Jordan = 1000 million JD/year
  4. Annual Electricity Generated in Jordan = 20,000 GWh

Required

 

  1. Calculate Solar Energy potential by Dividing the Electricity generated from PV over 50,000km2 / Annual Electricity Generated?

 

  1. You are going to Build a Solar PV Plant to cover the Annual Electricity Needs of Jordan

 

  1. What is the Size of the plant?

 

  1. Calculate Present Value (P), if the cost of the 1MWp = 500,000JD.

 

  1. If the cost of Generation of Electricity in Jordan is 0.10JD/KWh, what is the Simple Payback Period (SPP)?

 

  1. What is the annual electricity saving (A0) if the degradation is 1%?

 

  1. What is (A1) if the operation, maintenance and cleaning is 2% of initial cost?

 

  1. What is the Salvage (S) value if you can sell the system for 5% of cost?
Expert Solution
steps

Step by step

Solved in 2 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer