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ABOUT THE LAB
The Power Systems Modelling (PSM) Laboratory at the University of Cyprus focuses on the modelling, component analysis, and performance assessment of electrical power systems and fuel transportation infrastructure. The lab specialises in electromagnetic interference, corrosion and stray current effects, earthing and lightning protection, and risk-based evaluation of critical infrastructure under normal and extreme operating conditions, including impacts arising from renewable energy integration. Our work integrates analytical and computational modelling with close international industry collaboration to support the design and operation of safe, resilient, and reliable power systems and fuel transportation infrastructure.
Online PSM Tools

Loss Evaluation Method for Power Transformers Serving Large PV Plants

This online tool ascribes to a comprehensive loss evaluation method of power transformers serving large scale solar applications.

Probabilistic Loss Evaluation Method for Transformers Serving Large Wind Plants

This online tool ascribes to a probabilistic, life-cycle loss evaluation method to evaluate the Total Ownership Cost of power transformers that are obliged to exclusively serve large wind plants.

Net-Metering Evaluation Tool

Retail electricity charges inevitably influence the financial rationale of using net-metered photovoltaic (PV) applications.

Earthing & Lightning Protection Tools

Highlights
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Appointment on ISO/TC 67/SC 2/WG 24

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New Research Project

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PSM AC interference consulting for Trans- Adriatic Pipeline (TAP)

Protection against Lightning – Online Risk Assessment Tool

Assess the need for lightning protection in accordance with IEC 62305-2:2010

This tool guides you through the risk assessment process for buildings and installations, following the methodology defined in IEC 62305-2:2010. By entering structural, geographic, and usage parameters, the tool calculates the total risk across all loss categories and compares it against the standard’s tolerable risk thresholds. Where risk exceeds acceptable limits, the tool identifies the appropriate Lightning Protection Level (LPL I–IV) required.

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