Power System Studies
Power system studies ensure the safe, compliant, and reliable operation of electrical networks that are essential to business. Reduced downtime and continuity of supply will save you time and money.
Our Process
When planning or reviewing an electrical power system, accurate studies are essential. They confirm that your network will operate safely, efficiently and reliably. After collecting key data such as design drawings, manufacturers’ details and connection point characteristics, our engineers model and analyse your system.
We test how it performs under different conditions, measure it against relevant standards, and provide a clear, professionally indemnified report. This highlights key findings, potential risks, and practical recommendations so you can take action with confidence.
Power System Modelling
Power system modelling is the starting point for effective studies. It allows engineers to build accurate simulations of your network, including generators, transformers, transmission lines and distribution equipment. These models provide insights into performance, highlight weaknesses, and support improvements before problems arise.
By using advanced software, we can optimise system design, increase resilience, and ensure your electrical network operates efficiently and safely.
Requirements
Following data collection such as electrical design drawings, manufacturers’ data sheets and connection point characteristics, our engineers will model and analyse your network to assess your site against defined standards and recommendations relating to performance, safety and efficiency. We then provide a professionally indemnified engineering report that outlines key findings and recommendations to address any highlighted issues.
Our Solutions
Using the latest steady state and transient analysis software including DIgSILENT PowerFactory, ERACS, ETAP, Ipsa and PSCAD, our engineers offer a full suite of professionally indemnified power system studies, including:
- Load flow and fault analysis
- G99 connection studies
- Voltage fluctuation and flicker (ENA ER P28)
- Harmonic studies (ENA ER G5/5)
- Reactive power studies
- Feasibility studies
- Protection grading studies
- Earthing studies
- Arc flash analysis
- TRV studies
- RC Snubber design