B1 Design Of A Basic Power System Design A Basic System Which Has Realistic Features The Main Requirements Are As Foll 1 (44.9 KiB) Viewed 103 times
somebody keeps posting this(below) as the answer, but i would like to see the circuit actually built in simulink because it is new to me. please have things labeled so i know how to find it in the library. thank you.
B1 Design Of A Basic Power System Design A Basic System Which Has Realistic Features The Main Requirements Are As Foll 2 (46.54 KiB) Viewed 103 times
B1. Design of a basic power system Design a basic system which has realistic features. The main requirements are as follows: 1) The system must have at least two power lines (feeders), where at least one feeder must be a 3- phase line. The second power line can be 3-phase 2-phase, or 1-phase Each feeder must have 2 or more busses and at least two loads which are connected to two different buses. 2) The system must have a substation (e.g. 34.56V/4.16KV) and one or more service transformers (e.g. 4.16kV/240-120V. The service transformers must accommodate loads of residential customers i.e. both 240-V and 120-V loads 3) The power lines must have specified impedance and length. You can use the pi-line component in the simulator library or a RLC branch to represent line impedance. 4) The system must have at least one PQ load (1.e a load that consumes both real and reactive power) and one induction motor. The system total load power factor must be in the range of 0.85-0.95 lagging 5) You can also use circuit breakers to control your power system component(s). 6) The system data (transformers, lines, loads etc.) may be taken from textbooks or other sources. You cannot take data from any Simulink files what are provided by ECE 310L/3810L instructor
. Answer: from the Question the given valries are * power line and can be 3-phase , 3-phase (01) phase * Each feedan must have 2 or more Bwibes. and al last two loods which ar, medtet -40 two diftenent But The system must have at least two power lñes [-tee ders), where at sätt one feeder must be as 3-phase line * the system must have a substation (6 g. 34 sky and one or more service JH0 120V * The service Transformers must Aclam- modate loads of residential customer i-e both 240-V & 120 v loads * From the titeyst TEEDER shes us 3-0ccuit I loads + From the tig second FEEDER lines is 3W tloads 13.97 Ime TE DOER & Finasuy the both wicunt giving ourput Transforme (Eg 4-16K4 TE Souret-003wtime TE ODER Circuit is loads * By computing Sounce the Second TEEDER is 3-0, 20, 1-8 is required
Join a community of subject matter experts. Register for FREE to view solutions, replies, and use search function. Request answer by replying!