Engineered for high-density, uninterruptible performance across Land Mobile Radio (LMR), wireless broadband, industrial automation, and remote telecommunications sites.
Features 10.1" interactive screen display, 22.5W intelligent fast charging, and Li-Polymer high-density cell chemistry for high-turnover rental environments.
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Double-conversion online UPS system (1000VA/900W) designed for regulated precision power, seamless failure standby, and voltage stabilization.
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High-efficiency (97%) desktop & workstation power backup with 12V 9Ah hot-replaceable battery module and whisper-quiet operation (<25dB).
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Heavy-duty 220V portable rechargeable energy system utilizing long-cycle LiFePO4 chemistry for rugged mobile operations and field deployments.
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Compact offline uninterruptible power supply engineered specifically for computer monitoring stations, edge networks, and security consoles.
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High-capacity emergency standby diesel generator unit for commercial industrial buildings, continuous utility backup, and facility resilience.
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Advanced engineering power platform built for mission-critical defense, specialized telecom equipment, and high-reliability data lines.
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Integrated Automatic Voltage Regulation (AVR) backup system with 12V 9AH internal battery protection against sags, surges, and blackouts.
Contact UsIn modern critical telecommunications and industrial power infrastructures, single points of failure represent unacceptable operational risks. Hot-swappable modular DC power systems eliminate system downtime by allowing active rectifier modules to be inserted or removed live from an energized bus system without interrupting output power to critical loads.
Advanced hot-swap systems utilize active internal decoupling diodes or back-feed protection FETs alongside blind-mate connector arrays. This prevents voltage sagging, arc-flashing, or data corruption on the main DC distribution rail during live insertion.
Australia’s vast geographic distribution and extreme climate variations require DC power solutions designed for thermal resilience, low latency monitoring, and long backup autonomy.
Deployed across the Pilbara and Bowen Basin, hot-swap 24VDC and 48VDC rectifiers supply continuous power to remote terminal units (RTUs), automated haulage networks, and industrial IoT nodes surviving ambient temperatures exceeding 50°C.
Supplying continuous DC energy to remote tower sites across rural New South Wales and Queensland. Integrated TCP/IP Ethernet connectivity allows remote reboots of locked network hardware, preventing high-cost field technician dispatch ("truck rolls").
Powering state-wide emergency communications for police, fire, and ambulance services. Redundant hot-swappable N+1 configuration guarantees zero dropout during critical voice transmission in bushfire and cyclone emergency events.
Designing and manufacturing modular DC power systems tailored to Australian standards (AS/NZS) and structural industry shifts.
| System Platform | Nominal Bus Voltages | Redundancy Architecture | Monitoring & Management | Target Local Application |
|---|---|---|---|---|
| Modular Hot-Swap Rectifier Shelves | 12VDC, 24VDC, 48VDC | N+1, N+2 Hot-Swappable Load Sharing | SNMP v1/v2c/v3, Embedded HTML5, REST API | Telecommunications Central Offices, P25 LMR Repeaters |
| Intelligent Dual-Bus Distribution Panels | 12VDC to 48VDC | A/B Isolated Dual Bus Feeds | Per-Circuit Current Metering & Remote Load Shedding | Mission-Critical Data Center Racks, Network Huts |
| Industrial DIN-Rail Power Solutions | 24VDC, 48VDC | Parallel Diode Redundancy Modules | Dry Contact Alarms, Modbus TCP Integration | SCADA Systems, Utility Sub-Station Enclosures |
| Pure Sine Wave Inverters | 24VDC / 48VDC Input, 230VAC Output | Automatic Static Bypass Switch | Remote Control Console & Network Interface | Industrial AC Loads on DC Infrastructure |
With decades of specialized DC power conversion, battery backup, and distribution engineering expertise, our solutions deliver unmatched lifecycle reliability.
Unlike catalogue generalists, we focus exclusively on DC power conversion. Our hardware and firmware roadmaps are designed directly by experienced power system specialists.
Every intelligent shelf features integrated web servers and SNMP traps. Monitor bus metrics, inspect circuit status, and control loads remotely without expensive add-on modules.
Engineered and manufactured under strict quality standards. Fully trace-tested firmware and hardware provide guaranteed performance in harsh off-grid installations.
Direct technical guidance on specifying, purchasing, and deploying DC power systems in Australia.
We supply modular systems for all three industry-standard DC nominal voltages: 12VDC, 24VDC, and 48VDC. Output voltages are software-adjustable via the web controller to accommodate specific battery float parameters, cable drop calculations, and chemistries including Lead-Acid, AGM, and Lithium (LiFePO4).
N+1 redundancy involves installing one power rectifier module beyond the capacity required for the operational load. If a single rectifier module experiences an internal fault, the remaining modules dynamically share the load without voltage disruption. The faulty module can be unlatched and replaced live by field staff while the system remains continuously energized.
Yes. Our DC systems meet relevant international and Australian compliance standards, including AS/NZS 62368.1 for electrical safety and CISPR 32 Class B for Electromagnetic Compatibility (EMC), ensuring smooth approval for deployment on Australian public infrastructure and commercial towers.
Yes. Our intelligent DC distribution panels feature native SNMP (v1, v2c, v3) support alongside an HTML5 embedded browser interface. You can ingest real-time voltage, current draw per circuit, system temperature, and alarm conditions directly into enterprise platforms like PRTG, SolarWinds, Zabbix, or OpenNMS.
We work directly with authorized Australian distribution partners and system integrators to maintain local stock of hot-swap rectifier modules, shelves, and distribution panels. Technical application engineering support is available for project system design, single-line diagram review, and customized rack pre-wiring.
Consult with our DC power application specialists today. We can assist with single-line diagrams, load estimation, thermal modeling, and system configurations tailored for your specific site requirements.
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