QCoal Byerwen Power Supply Implementation
AEP Elical completed a High Voltage (HV) power supply concept design study which focused on the HV infrastructure as part of the QCoal Byerwen Project feasibility study. The scope included the following design and costing elements: 66kV supply to site, 66kV and 11kV reticulation around site and the associated distribution infrastructure. The scope was extended to detailed design and owners engineer for implementation.
AEP Elical provided substantive mining experience to develop a staged approach to the power system to match the long term mine plan. The design utilised transportable switching station and main substation to allow maximum flexibility and minimise on-site construction. Further, AEP Elical incorporated the ABB PAS unit in the switching station which saved considerable space and resulted in substantial cost savings.
AEP Elical were engaged by Yurika to complete a substation upgrade at the Lake Julius site. The upgrade to the substation required creating separate enclosures for the Mount Isa Water Board transformers and the Sunwater transformer.
AEP Elical was appointed through Pricewaterhouse Coopers to provide Essential Energy with technical advisory services and an Independent Engineer’s report in support of the divestment of the Broken Hill gas turbine power plant.
AGL Energy had requested Elical to complete an Arc Flash Study for the Loy Yang 'A' Power Station; the largest power station in Victoria.
AEP Elical completed a High Voltage (HV) power supply concept design study which focused on the HV infrastructure as part of the QCoal Byerwen Project feasibility study.
AEP Elical was chosen to provide an expert independent review into the Power Station Control System at a mine site which utilised cutting-edge renewable technology.
AEP Elical successfully completed engineering design updates and verification of the ETAP Load Flow model for the electrical assets at MMG’s Rosebery copper mine.
AEP Elical completed an Arc Flash Study for Dyno Nobel Plant in Moranbah for Incitec Pivot Limited.
AEP Elical was engaged to undertake a site inspection and concept design to provide emergency backup power generation at GRA Ceduna facility.
This project included the upgrade of the lead smelting facility and introduction of the advanced metal recovery facility at Nyrstar's Port Pirie operations.
AEP Elical supported the Green LOHC project to demonstrate the effectiveness of using Liquid Organic Hydrogen Carrier (LOHC) technology for storage and transportation of green hydrogen.