Engineered for efficiency, stability, and maximum thermal performance in space-critical applications.
In modern industrial applications, power density is the primary design metric. Compact inverters must bridge the gap between diminishing physical footprints and expanding thermal requirements.
Compact inverters leverage high-frequency switching technology to minimize magnetics and capacitor sizing. By migrating to planar transformers and advanced multi-layer PCBs, we reduce the cubic volume of traditional topologies by up to 40% while preserving dynamic safety thresholds.
Our OEM/ODM platforms employ high-conductivity Thermal Interface Materials (TIMs) combined with integrated aluminum heat spreaders. Finite Element Analysis (FEA) is utilized in the design phase to avoid thermal hotspots, enabling reliable operation in ambient environments up to 60°C.
Utilizing high-speed DSP microcontrollers, our DC-to-AC pure sine wave systems continually regulate frequency (50/60Hz) and output voltage amplitude. This digital feedback loop ensures Total Harmonic Distortion (THD) is maintained under 3% for sensitive electronic loads.
From custom automotive rail voltages to critical telecommunication power back-ups, compact inverters are essential across multiple modern fields.
Every operational environment presents unique challenges. For marine and off-grid utility vehicles, environmental hazards like salt mist, moisture, and high vibration require IP67-rated enclosures, epoxy potting, and reinforced connectors.
In telecommunication infrastructure, standard rackmount spaces force power equipment to have vertical profiles thinner than 1U (44.45mm). This is where our custom compact buck-boost modules and active PFC power supplies excel, allowing remote base stations to maintain continuous operation during grid instability.
Shenzhen Wemaxpower Technology Co., Ltd. is positioned at the epicentre of the world's most dynamic hardware ecosystem. This direct proximity allows us to rapidly prototype within 7 to 10 days, securing components like automotive-grade capacitors, magnetic cores, and high-performance semiconductors with minimal lead times.
Our agile manufacturing line is structured to switch rapidly between high-mix, low-volume pilot runs and large-scale bulk orders, offering a degree of customization and response time that western suppliers struggle to match.
The factory team will deliver you quality-guaranteed orders. Supported by state-of-the-art SMT lines, advanced wave soldering, and automated optical inspection systems, we ensure structural integrity in every solder joint.
Shenzhen Wemaxpower Technology Co., Ltd. implements a strict QC methodology to ensure that our programmable DC power supplies, DC-DC converters, and power modules operate without failure for years.
Incoming components—including MOSFETs, capacitors, PCBs, and aluminum chassis—are checked against strict electrical tolerances and dimensions before production line release.
Prior to final assembly, PCB boards undergo comprehensive functional testing to isolate component mismatching, cold solder joints, or circuit open/short states.
Assembled compact inverters undergo full electrical validation under simulated peak power load environments, testing overload protection, thermal thresholds, and isolation resistance.
All finished units are placed in environmental chambers for extended heat-soak aging tests under full-rated current loads. This identifies infant-mortality issues and ensures field reliability.
Providing seamless localization support through certification alignment, technical integration documentation, and robust distribution logistics.
Our engineers prioritize circuit design that mitigates conducted and radiated emissions. By integrating custom common-mode filters and localized shielded enclosures, our inverters meet FCC Class A/B and CE EN55032 standard directives, safeguarding adjacent signal paths.
To assure human safety and equipment protection, our isolated DC-DC and DC-AC modules feature isolation barriers up to 3000Vac. Proper creepage and clearance distances are calculated in our PCB routing tools according to EN60950 and UL62368 safety layouts.
For custom inverter projects, we offer firmware adaptation, allowing adjustable over-voltage limits, custom startup curves, and integrated MODBUS/CAN communication setups for battery management systems (BMS) or central controllers.
Addressing the technical concerns of project managers, design engineers, and commercial procurement departments.
Explore our secondary lineup of waterproof step-up, step-down, and buck-boost converter modules.
Wemax Power
