48VDC Power System Designed and Manufactured for Sydney Trainseddie2020-12-02T13:25:50+11:00October 12th, 2020|DC and Critical Power, Project References|
Installation of a Hybrid Solar Power System for Telecommunication Network TowerLi Svanberg2020-09-24T14:27:02+10:00September 24th, 2020|DC and Critical Power, Project References|
Wet Cell Battery Replacementeddie2020-07-02T14:41:39+10:00May 30th, 2019|Battery Systems, DC and Critical Power, Project References|
Large Scale Battery Replacement for the Victorian Emergency Services NetworkLachlan Herd2020-08-18T10:20:41+10:00May 14th, 2019|Battery Systems, DC and Critical Power, Project References|
Identification and Rectification of Potential Telecommunication Network IssuesLachlan Herd2020-08-18T10:22:02+10:00May 14th, 2019|Battery Systems, DC and Critical Power, Project References|
Design and Manufacture of a Unique DC Power Distribution SolutionLachlan Herd2020-08-18T10:23:36+10:00May 14th, 2019|DC and Critical Power, Project References|
Upgrading the DC Power Systems Powering Victoria’s Metropolitan Mobile Radio NetworkLachlan Herd2020-08-10T10:35:58+10:00May 14th, 2019|Project References|
Utilising Solar Power to Provide Continuous Power Supply to Remote Communications SystemLachlan Herd2020-08-18T10:24:51+10:00May 14th, 2019|Battery Systems, DC and Critical Power, Project References, Solar, Stand Alone Power Systems|
Upgrade of Existing DC Power Equipment to Include Remote Monitoring CapabilitiesLachlan Herd2020-08-18T10:26:46+10:00May 14th, 2019|DC and Critical Power, Project References, Solar, Stand Alone Power Systems|
Power Viability Audit ReportingLachlan Herd2020-08-18T10:27:48+10:00May 14th, 2019|DC and Critical Power, Project References|
