Question: Learning Outcome Coding a simple engineering problem with cumbersome calculations in MATLAB. Structuring a MATLAB code . . Task: Write a computer progr hybrid Wind-PV-Battery

 Learning Outcome Coding a simple engineering problem with cumbersome calculations in

Learning Outcome Coding a simple engineering problem with cumbersome calculations in MATLAB. Structuring a MATLAB code . . Task: Write a computer progr hybrid Wind-PV-Battery renewable energy systems. amme for calculating the present value of total lifespan cost of This programme takes two sets of inputs: (o) the traditional cost parameters and the nominal lifespans according to the table below: Wind turbine PV panel Battery bank Unit cost nstallation fraction O&M fraction Nominal life C 480S/m2 830S/1.5S/ Ah 0.20 0.40 osM0.03 0.01 0.01 0ars 20 yeas 3 years as well as discount rate d=8% system lifespan N 20 years (ii) the size and capacity of components ( AWT , APV , nB and c.), and then calculates and displays the present value of the total lifespan cost as output. Equations 1+d For more details and an example of calculations see the lecture notes "S Engineering Design in the Context of Sustainability-Cost Analysis", Slides 3-7. Deliverable: A well-structured, well-commented and working programme which produces the output and displays it properly Learning Outcome Coding a simple engineering problem with cumbersome calculations in MATLAB. Structuring a MATLAB code . . Task: Write a computer progr hybrid Wind-PV-Battery renewable energy systems. amme for calculating the present value of total lifespan cost of This programme takes two sets of inputs: (o) the traditional cost parameters and the nominal lifespans according to the table below: Wind turbine PV panel Battery bank Unit cost nstallation fraction O&M fraction Nominal life C 480S/m2 830S/1.5S/ Ah 0.20 0.40 osM0.03 0.01 0.01 0ars 20 yeas 3 years as well as discount rate d=8% system lifespan N 20 years (ii) the size and capacity of components ( AWT , APV , nB and c.), and then calculates and displays the present value of the total lifespan cost as output. Equations 1+d For more details and an example of calculations see the lecture notes "S Engineering Design in the Context of Sustainability-Cost Analysis", Slides 3-7. Deliverable: A well-structured, well-commented and working programme which produces the output and displays it properly

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