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Power Systems Engineering

Helping you navigate an evolving energy landscape

Reliable power systems are critical to the success of utilities, renewable energy projects, industrial operations, data centres and generation facilities. As the energy landscape continues to evolve, organizations must balance the integration of new technologies, changing operational requirements and aging infrastructure while maintaining safety, reliability and compliance. 

PSC combines deep technical expertise with practical industry experience to help clients navigate these challenges. From integrating new generation and modernizing infrastructure to improving system performance and supporting strategic planning, we deliver independent engineering advice and solutions that enable confident decision-making and sustainable outcomes.

  • Renewable energy integration

  • Concept design and feasibility studies

  • T&D substation design and review

  • Protection system design and review

  • Harmonics and power quality assessments, and studies

  • Earthing and lightning protection design studies

  • Technical advisory and owner's engineer services

Why clients trust PSC for Power Systems Engineering?

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Independent, specialist power systems advice you can trust

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Specialist expertise across the full power system lifecycle

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Experienced engineers with hands-on utility, site, and commissioning expertise

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Supported by a global network of power system specialists and subject matter experts

Proven Industry Experience

TasNetworks Protection & Control Process Review

  • Organization-wide review of Protection & Control governance, settings management and project delivery frameworks.

  • Recommendations are now being implemented to support long-term improvement across the organization.

Simandou BESS Integration & Owner's Engineer Support 

  • Owner's Engineer support for BESS integration, energization and commissioning activities.

  • Supporting reliable operation of critical power infrastructure and temporary generation systems.

BHP Nickel West Leinster Underground Substation Review

  • Reviewed proposed underground substation modifications including protection coordination, arc flash risk, and earthing system performance.

  • Updated network models and assessed compliance of protection systems, bonding and earthing arrangements for mine infrastructure upgrades.

Broken Hill BESS Arc Flash Study

  • Delivered a comprehensive arc flash assessment across the 22 kV, 690 V and 400 V electrical systems using ETAP, including short-circuit and protection coordination analysis.

  • Developed arc flash labels, PPE requirements, hazard boundaries and recommendations to improve electrical safety and regulatory compliance.

Hunter Valley Hydrogen Hub Power quality & Harmonic Filter Design

  • Undertook power quality assessments of the proposed 33 kV hydrogen plant connection, including harmonics, flicker, unbalance and compliance against Ausgrid requirements.

  • Developed passive harmonic filter designs and provided ongoing technical support through the harmonic compliance process and OEM engagement.

Blind Creek Solar Farm Harmonic Assessment

  • Power quality and harmonic studies completed to assess compliance with Transgrid planning levels.

  • Optimized harmonic filtering solutions developed to support project requirements.

Quorn Park Solar Farm & BESS 

  • Power quality, short circuit and transformer energization studies for an 80 MW solar farm and battery project.

  • PSCAD modeling and TRV analysis used to support compliance and safe energization.

Tarong West Wind Farm Harmonic Assessment 

  • Performed power quality and harmonic assessment studies for a 423 MW wind farm comprising 97 wind turbines.

  • Designed and assessed harmonic filter solutions to address identified non-compliances and support compliance with Powerlink requirements.

Impact of EV Charging on Network Demand 

  • Led a distribution network research study investigating how EV charging influences After Diversity Maximum Demand (ADMD) across Victorian networks.

  • Analyzed real EV charging behavior and network impacts to support future planning, standards development and connection assessment methodologies.

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