Power System Analysis & Embedded Generation

Broad Experience in Power System Analysis & Embedded Generation Sector includes

  • Network technical studies for Power transfer capability and stability, load flow and power quality analysis and reporting

  • Arc flash hazard assessment and protection coordination

  • Transmission and distribution lines clearance infringement and thermal capacity analysis from Lidar data

  • Consultation for embedded generation enquiry, application, network access, negotiation and the design of the generator connection works

  • AEMO and DNSP negotiations

  • Safety and compliance assessment including Safety Integrity Level (SIL) and hazardous areas

  • Due Diligence & Compliance Inspections and Reporting

NA & EG pic 1

NA & EG pic 1

We are specialised for undertaking network technical studies for embedded generation connections to Distribution Network Service Providers (DNSPs) and the Transmission network.

Sophisticated analytical software have been used for network technical studies and comply with the connections authorities and AEMO.

We fully understand the NER compliant connection processes because of our utility background and experience and therefore we make every effort to simplify the dealings with the authorities to achieve the best outcome for our customers.

NA & EG pic 1

NA & EG pic 1

We undertake due diligence investigations and arc flash studies for hidden electrical hazards and make affected electrical plants and equipment safe for the operators, maintainer and as well as the asset owners.

Our team has extensive experience from undertaking arc flash studies and protection coordination works for major underground and aboveground mines in NSW and Queensland.

We provide customer's engineering staff to take control of the ongoing studies and technical writing as required staff training.

NA & EG pic 1

NA & EG pic 1

We analyse and interpret LIDAR data from Helicopter surveys of power lines using sophisticated 3D imaging software and power line design software.

We are able to investigate and locate the line clearance infringements which may initiate bush fires if the required adverse conditions exist.

Field verification is undertaken to validate information and to make sure the advice provided are valid and DNSP's maintenance programs can be focused.

Using Lidar data in power line design software we are able to estimate the thermal capacity of the feeders in comparison with original designs and actual operating data.

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