Sustainable Energy Design Pty Ltd jobs and careers

About Sustainable Energy Design Pty Ltd

Sustainable Energy Design Pty Ltd (SED P/L) is a group of passionate Electrical Engineers/Level 3 ASP based in Orange, NSW. Our Engineers are experienced and holds Chartered/Professional Engineer credentials. We have inhouse capability to perform all aspects of Grid connection for your Major Connections Project including Feasibility/Concept, Grid connection negotiation/Liaising with the NSP, Network studies (including Steady State/Load Flow, Protection Studies, Power Quality/Harmonics and Earthing studies,Overhead line designs (up to 132 kV), Underground network designs, HV Designs, LV Designs,DC designs. This Vertical integration approach of ours saves a lot of time,cost and avoids unnecessary complexity to your project by taking it from concept to commissioning. SERVICES PROVIDED Overhead line design – all voltages up to 132kV Contestable/Level 3 ASP Designs Underground electrical reticulation in residential and industrial developments Network Studies (including Steady State/Load Flow, Protection, Power Quality and Harmonics ,Earthing studies). Protection Grading Studies and design Earthing studies and design Lightning protection studies and design Arc flash studies Power system analysis for industrial sites Street lighting designs and control systems Car park and sports field lighting design and control systems Commercial building electrical and lighting design Power factor measurements & PF correction design HV audits for HV customers ISMP for HV customers Energy audits Alternative/Hybrid Energy System design (grid connected or stand alone/offgrid) General electrical engineering HV Installations, Testing and Commissioning Earthing Inspections and Injection Testing Protection Relay testing, setting and Commissioning High Voltage customer design and management HV customer site maintenance and operation Switchboard Design,Manufacturing and Install Telemetry & remote control systems Integrated energy, voice & data design Data communications system design