DEAR EXPERTS! PLEASE PROVIDE ME THE SOLUTION TO THIS PROBLEM AS SOON AS POSSIBL.

B) Propose a power distribution system for the newly developed locality as shown in figure 1. The locality consists of a residential area, a commercial area consisting of a multistory buildings, a hospital and electric vehicle charging Station within a hospital further details of different users are: a. Each street of residential area consist of six houses there are seven streets in total b. Hospital consists of three blocks (A, B, C) and an Electric vehicle charging station that can charge 7 Vehicles concurrently (charging points) c. Six multistory buildings within Commercial Area The connected load of different types of customers is as follows: Type of consumers Average Connected load Demand factor Diversity of groups 1.2 0.7 KW 0.8 Each house hold within a street of residential area Each EV charging point 2 KW 1 1.05 Type of consumers Maximum demand Diversity of groups/among each block 20KW 1.3 Each block of hospital (A, B, C) Each multistory building within a 5.5 KW 1.1 commercial area Let the available conductor has p = 1.78 * 10 Am. the allowed limit of voltage variations at the consumer's terminals is 6% of rated value. It is also required to select feeder voltage as 3.3 KV and a line to line voltage of a distributor to be 400V, and feeder and distributor must pass along roads /streets. Compute / establish size (diameter) and length of ac distributor (feeder and a secondary distribution). In your solution you must also include the number and location of substations, topology of distributor (radial, ring etc) and give justification of your work and show all calculations. Show feeder and distribution lines running through roads / streets where possible. (If you feel some parameters are missing for calculation, you may assume realistic values for them) GRID STATION MULTI STORY BUILDINGS 5KM C1 C2 03 C4 C5 C6 30 KM 1KM H1 H2 H3 HOSPITAL Electric vehicle charging H4 HS HG LINK ROAD | 2KM 47 H8 H9 B Car Parking H10 H11 H12 1KM