Design a wind power system for a one hundred residential house village in MI with cost and payback period analysis. Determine the following: 1. For the given load below (which is given for only one typical house in the village), design a suitable size of a wind power system with non-grid tie option to supply power for 100 households. Also use a suitable energy storage device (Also check with the local authority and the energy company for any permit requirements) (60 points) 2. Do the cost analysis and payback period and IRR (internal rate of return) calculations for the system (30 pts) 3. Sketch the proposed system with important component shown. (10 pts) Design a wind power system for a one hundred residential house village in MI with cost and payback period analysis. Determine the following: 1. For the given load below (which is given for only one typical house in the village), design a suitable size of a wind power system with non-grid tie option to supply power for 100 households. Also use a suitable energy storage device (Also check with the local authority and the energy company for any permit requirements) (60 points) 2. Do the cost analysis and payback period and IRR (internal rate of return) calculations for the system (30 pts) 3. Sketch the proposed system with important component shown. (10 pts)