EVS Powers
Our top featured power conversion units, engineered for high reliability, optimized thermal dissipation, and seamless system integration.
Understanding the unique environmental and structural challenges driving the demand for high-reliability power infrastructure.
Australia’s industrial sector operates within some of the most challenging environments globally. From the hyper-arid, high-temperature regions of the Pilbara in Western Australia to the highly corrosive coastal environments of Queensland and New South Wales, industrial electronics must survive extreme conditions. Power conversion devices, such as high-frequency rectifiers and heavy-duty DC-DC converters, are the lifeblood of these operations.
Whether powering autonomous transport vehicles in remote iron ore mines, backing up critical regional telecommunication nodes, or stabilizing grid connections for utility-scale solar farms, power supplies deployed in Australia must be designed with broad thermal operating ranges, robust ingress protection (IP ratings), and advanced protection against transient voltage surges.
Australia is leading the world in decentralised energy generation and the adoption of utility-scale Battery Energy Storage Systems (BESS). As remote towns and operations transition from diesel generators to hybrid microgrids, high-capacity, high-efficiency AC-DC rectifiers and bidirectional converters are key to managing power quality and energy transfer.
Additionally, the rapid electrification of heavy machinery—such as electric forklifts, Automated Guided Vehicles (AGVs), and underground mining equipment—demands DC-DC fast chargers that can deliver rapid charge cycles while maintaining 95%+ efficiency to control operating costs and heat generation.
How global manufacturing prowess translates to localized engineering reliability for Australian businesses.
Using advanced thermal simulation models and high-performance components (including SiC / GaN power semiconductors), our systems minimize waste heat. This reduces auxiliary cooling costs—a vital consideration for Australian operations struggling with high summer ambient temperatures.
Rack-mount architectures (such as 1U and 2U formats) maximize space efficiency. Our 1U 48V 60A and 2U 48V 50A units deliver robust output within minimal footprints, making them ideal for integration into space-constrained telecom shelters and mobile industrial trailers.
Industrial systems are protected by integrated short-circuit, over-current, over-voltage, and over-temperature safety loops. Auto-recovery algorithms ensure minimal downtime during temporary line faults, reducing maintenance costs in remote locations.
We design, validate, and manufacture power supplies that power global industries with high efficiency and reliability.
A Global Manufacturer of Industrial Switching Power Supplies, DC-DC Converters, and Battery Chargers.
Located in the international trade city of Guangzhou, Guangzhou EVS Powers Co., Ltd. is a professional manufacturer specializing in switching power supplies, DC power systems, power supply units, DC-DC converters, power inverters, and customized OEM/ODM electronic products. We operate under a customer-centric philosophy, prioritizing strict quality control and cost-efficiency to give our partners a competitive advantage.
Through our commitment to engineering excellence and long-term customer relationships, we have established a strong reputation across Europe, South and North America, Australia, the Middle East, and Southeast Asia. We continuously share our technical expertise and manufacturing advancements with our partners to co-develop reliable power solutions for local markets.
Every unit undergoes strict quality inspection and performance verification to comply with international standards.
Our Quality Assurance laboratory is equipped with precision testing hardware to simulate extreme operation environments. From input surge resilience tests to thermal stress profiles, we verify electrical performance and mechanical build quality before dispatching units to our clients in Australia and worldwide.
DC Power Supply Tester
AC Withstand Voltage Tester
Constant Temp Chamber
Optical Microscope
Aging Test Cell
Design Verification
Integrating into the Australian grid requires strict adherence to local regulations. Here is how EVS Powers guarantees compliance.
Equipment exported to Australia must comply with the Regulatory Compliance Mark (RCM), which consolidates electrical safety and electromagnetic compatibility (EMC) regulations. Our industrial power supplies are designed to meet requirements under AS/NZS 62368.1 (audio, video, information and communication technology equipment safety) and CISPR 32 limits for electromagnetic emissions.
For custom engineering projects, we coordinate compliance reporting with SAA Approvals and provide NATA-accredited laboratory test documentation. This reduces integration time for system integrators and electrical engineers assembling complex power control cabinets.
For solar and micro-hydro projects requiring grid tie setups, compliance with standards such as AS/NZS 4777.2 (grid connection of energy systems via inverters) is required. Our engineering team validates total harmonic distortion (THD), anti-islanding parameters, and reactive power control profiles to ensure compatibility with local network service provider requirements in Victoria, New South Wales, and other states.
From mining complexes in the Pilbara to suburban EV charging fleets, see how our systems perform.
Application: Heavy-duty AGV fleet charging.
Solution: The 48V DC-DC single output chargers provide quick charging for automated logistics equipment operating in high ambient dust and temperature conditions.
Application: Remote backup power for critical towers.
Solution: Compact 1U 48V 60A and 48V 30A rack-mount power supplies provide reliable AC-to-DC conversion, ensuring continuous cell tower operation during grid disruptions.
Application: Fast response battery storage charging.
Solution: Our 300V-600V DC output rectifiers interface with industrial battery banks to buffer energy from local solar and micro-hydro generation installations.
Our engineering priorities for the future of industrial power conversion systems.
We are transitioning our product lines to incorporate Silicon Carbide (SiC) and Gallium Nitride (GaN) components. This shift enables higher switching frequencies, which in turn reduces the physical size of inductors and transformers. The result is more compact rack systems with reduced heat generation, which is beneficial for remote installations where cooling power is limited.
Modern industrial systems demand real-time diagnostics. Our latest rectifiers and DC-DC converters feature digital interfaces (including CAN bus, Modbus, and SNMP). This allows plant managers to monitor voltage levels, track temperature rise, detect phase imbalances, and schedule predictive maintenance before system failures occur.
Direct OEM sourcing for telecom rectifiers, heavy switching modules, and industrial step-down converters.
Technical answers to key product selection and procurement queries.
Discuss your power supply requirements with our application engineers. Get custom topologies, reliable support, and competitive manufacturing rates direct from our facility.