Electric Outdoor Substation Model Project

Earlier in the year I mentioned that I would embark on a year long project to understand the inner workings on an outdoor electric substation. So here I start after taking some time off to study my Chinese - which in fact has improved.

Now this project will basicaly entail creating a model of each unit that is in a subsytation, link them using wires and perhaps use 240V to simulate the working. To add some salt, I will embeed my ArduinoUNO + Raspberry Pi and a few LEDs to make a SCADA system hopefully controlled from my PC or my phone to shutdown/on the sub-station.
Yeah, I know this sounds crazy but it will require funds plus careful planning and drawings to ascertain the project. I will document everything like it would be in a real life project including the Tendering and delivery of the equipment - all this for learning.

Also I noted that there are specific softwares that are used to design substations, so I hope they have 90 Days trials, this will come in handy.

My Chinese exams are in May (HSK) so incase my english starts to depeceiate significantly, kindly notify me :-) :-)

Here in my country Kenya we are going to the polls on 4th of March so hope there will be peace and no violence, am praying very hard for peace.

Anyway let me start...Have an electrifying week + Peace to all Kenyans

Image Credits: Buildpedia.com

50kVA PMTx Substation Transformer

Name : 50kVA Pole Mounted Substation Transformer
Rating: 50kVA
Cooling: Oil Cooled
Application: Commercial,Heavy Residential,Farmhold

This  type of transformer is mainly used for Step-Down purposes of voltages in the range of 11kV~415/240V.

Power System Network

A detailed explanation of the conversion and distribution of electric energy from the power station to consumer units.This post describes how electric energy moves from the power generating station through conductors of various sizes to consumers premises.To minimize losses and for economical reasons, electrical energy has to be converted into different magnitudes during transmission and distribution until the consumer load.