Established in 2011, Engineering Power Solutions is a UK-based electrical engineering & design consultancy. We are a group of engineers, consultants and designers dedicated to transforming the UK’s infrastructure through cutting-edge electrical engineering solutions. After 12 years and over 550 projects completed, we have expanded our footprint on an international scale.
We aim to be the trusted partner for best-in-class energy solutions that shape a brighter, more sustainable future for generations to come.

Our ever-growing team of engineers and power system consultants boast over 100 years of combined experience, planning and designing electrical power systems and transmission & distribution networks.

Collaboration is cornerstone of our success. By working closely with our clients, we turn even the most complex challenges into practical solutions, significantly benefitting the communities we serve.

The EPS team is dedicated providing innovative electrical engineering solutions while nurturing and training the next generation of engineering talent.

Renewables, Offshore Oil & Gas, Data Centres, Manufacturing & Process, Transmission & Distribution, Water & Wastewater
Engineering Power Solutions (EPS) are a team of highly skilled and experienced professional Chartered Electrical Engineers, Designers, Project Managers, and Power System Consultants with a passion for providing exceptional Electrical Engineering solutions to our clients.
As a selected ETAP partner, our goal is to help businesses and organisations achieve their objectives by providing expert technical and strategic advice and electrical power engineering solutions that are trusted, cost-effective, reliable, and resilient.
The origins of short circuit in network are accidental disturbance caused by undesired contact between the conductors, dielectric breakdown of insulation due to overvoltage's, breaking of cable, falling of trees, contacts with animal or human errors. The effect depend on the architecture of the power system. Short Circuit Analysis is performed to determine the currents that flow in a power system under fault conditions. The purpose of studying a network configuration subject to a short circuit is to :
1. Identification of risk situation that can possibly causes destruction of devices due to electrodynamic forces,excessive temperature rise and overvoltage.
2. Accessing the risk and assist in making basic design decision to limit the effect of fault concerning system earthing design, suitable sizing of devices.
3. If the short circuit capacity of the system exceeds the capacity of the protective device, a dangerous situation exists. Since growth of a power system often results in increased available short-circuit current, the momentary and interrupting rating of new and existing equipment on the system must be checked to ensure the equipment can withstand the short-circuit energy. Fault contributions for utility sources, motors and generators are taken into consideration. The results of a study are also used to selectively coordinate electrical protective devices.This subpage can be used as a base for adding more pages. You can duplicate this page in your page manager to maintain this basic structure of header-reference, footer-reference and this editable section. Referenced elements are copies of their original element and cannot be edited. But they change according to their original element, so you only have to make changes once and they apply to all related references.
This subpage can be used as a base for adding more pages. You can duplicate this page in your page manager to maintain this basic structure of header-reference, footer-reference and this editable section. Referenced elements are copies of their original element and cannot be edited. But they change according to their original element, so you only have to make changes once and they apply to all related references.