Busbar Protection Using Controller - An experimental study

Project Title

Busbar Protection Using Controller - An experimental study

Project Area of Specialization Electrical/Electronic EngineeringProject Summary

As the population is boostting up each year exponentially, the need of safe and sound electrical energy is required that much in order to ensure safety of lives is an experimental method is choosen.

By the help of this, We can simoultanously conrol the number of bus segments or big mechineries used and easy tripped if there is any possibility of danger. however, this will protect substances and equipments associated to it becuase the entirety of a  system is interconnected.The controller will follow the assigned commonds and operated respectivelly.

Project Objectives

Busbars being one of the most crictical componets of switchyard where all the power system equpiments are connected, needs an important attention from proctection and relaibility piont of view. Any maloperation may lead to threat for system stablity but instant clearness is needed during a fault to avoid cascaded trapping. Many protection schemes have been devised starting from over current protection to differential schems using numerical to microprocess based analysis and recent time.        

Project Implementation Method

This project is all about protection of different busbars in transmission lines, grid stattions and power plant sectors. There are different types of controllers used to protect busbars and other equipments like CT, PT tripping relays microprocessors sensing units temprature and vibration measuring units and fibersn etc. In digital substations automation systems (DSAS) based upon a process bus architecture, IEDS normally have some limitations and term of the number of simpkle value streams that can be handled, this limitation relating to the processing power and capability of the IEDS

Benefits of the Project

#   It addes a new and advanced feature to the system.

#   It proctects equipments by tripping.

#   Saves and extend the life of machinery.

#  Safety of both human and system

#  It makes the use of Electricity safer.

# Every affordable cheep and easy to maintain.  

Technical Details of Final Deliverable

# The true perpose of project is to increase the mainstream of the electricity amd saves it from enddangerments.

# Beacuse the Safety factor by itself attractes the consumers to the company/provider/supplier.

# This experimental incomparison to other proctection system is quite advanced and reasonable to modify and surely the sucess is at other side of door.   

Final Deliverable of the Project Hardware SystemCore Industry Energy Other IndustriesCore Technology Clean TechOther TechnologiesSustainable Development Goals Affordable and Clean EnergyRequired Resources

Item Name	Type	No. of Units	Per Unit Cost (in Rs)	Total (in Rs)
			Total in (Rs)	58700
Current Transformer	Equipment	2	3400	6800
Potential Transformer	Equipment	2	7500	15000
Transformer Relay	Equipment	1	16800	16800
bus bars	Equipment	2	2800	5600
Microprocessor	Equipment	1	14500	14500