Voltmat Power
Voltmat Power
Engineered for high-efficiency operation, strict electrical safety, and modular configuration to fit industrial and test bench architectures.
As micro-grid architectures, heavy automated machinery, and advanced laboratories evolve, analog power control systems fall short in providing the precision, telemetry, and fast response times required. Modern industrial operations demand digital power supply topologies capable of high stability, real-time communication, and software-defined calibration.
Operating from a 10,000 square meter production facility in Shanghai, China, we have spent 15 years specializing in high-power regulated power supplies. Combining localized supply chain speed with rigorous quality management systems, we ship highly reliable power systems globally, offering convenient maritime and air logistics straight from the shipping hub of Shanghai.
By establishing integrated software-defined digital control loops (DSP/MCU based) in place of conventional analog components, we eliminate component drift due to aging and thermal load, providing predictable and accurate DC outputs.
Driving the boundaries of efficiency, control loop response, and packaging density to support the next generation of industrial automation.
We are transitioning core platforms toward Silicon Carbide (SiC) and Gallium Nitride (GaN) switching components. This delivers high-frequency capability with minimal switching losses, decreasing thermal footprint while raising system efficiency up to 94%.
Leveraging high-speed Digital Signal Processors (DSPs), our digital topologies implement predictive, real-time PID algorithms. These algorithms dynamic-adjust loop compensation parameters on-the-fly to guarantee absolute stability across changing resistive, inductive, and capacitive loads.
Our digital power supplies feature isolated communication ports supporting PMBus, Modbus-RTU, CANopen, and optional industrial Ethernet. This allows direct integration into SCADA lines for continuous remote telemetry, tracking, and diagnostics.
Empowering high-performance applications with stable power envelopes capable of running 24/7 under harsh conditions.
Water purification, electrocoagulation, and green hydrogen electrolysis require constant-current (CC) stability. Even millivolt fluctuations can negatively affect electrode lifespan and output yield. Our digital power supplies, like the 80V 16000W safety switching model, provide regulated current sweeps and integrated reverse-polarity automation to maximize chemical processing uptime.
Battery pack verification requires high stability during quick load transitions. Our power supplies maintain steady output despite rapid shifts from constant current to constant voltage charging, helping prevent damage to cells during development and certification.
Sputtering, wafer etching, and plasma processes demand low ripple and noise. By utilizing multi-stage LC filters and high-frequency soft-switching topologies, our power supplies deliver clean, high-voltage outputs up to 1000V with minimal ripple.
Take a look inside our 10,000 square meter facility, where automated manufacturing lines and precise testing procedures ensure our 99.9% product qualification rate.
Heavy-duty electrical hardware must survive international transport without structural damage or component displacement. We implement a multi-barrier packaging strategy for all export shipments:
We believe reliable power supplies are built on meticulous testing. Every unit must pass our multi-tier Quality Assurance (QA) workflow before shipment:
Our Quality Assurance process begins with sub-assembly checks, where individual modules are validated for basic functionality. After assembly, the system undergoes Automated Parametric Calibration to set exact voltage and current scaling factors. We then conduct an isolated AC Withstand Voltage test to confirm isolation limits. Every power supply also undergoes a continuous thermal burn-in test under full load to catch early component issues. The process concludes with a manual QA audit of all safety parameters, ensuring each unit meets our high standards before leaving the facility.
Supporting international engineers, system integrators, and distributors with flexible custom solutions and reliable global logistics.
Explore our high-capacity DC power systems, engineered for water treatment, battery testing, and advanced industrial processes.
Get answers to common technical, customization, and logistical questions from our power engineering team.
Digital power supplies use a DSP or microcontroller to manage control loop feedback, rather than relying on discrete analog resistors and capacitors. This approach provides several key benefits:
Our 99.9% pass rate is built on structural quality management throughout the manufacturing cycle at our Shanghai facility. Every unit undergoes automated computer calibration to set exact output scales, followed by a manual verification of all key safety parameters. We also conduct safety testing under high voltage loads and perform a 24-hour thermal burn-in test to identify and resolve potential component issues before delivery.
Yes. Our engineering team designs custom configurations within our core topologies. We configure systems ranging from 12V to 1000V DC and power capacities up to 18,000W per module. We also customize communication options (such as Modbus, CANopen, or PMBus) and adapt the chassis sizes and mounting setups to fit your existing installation space.
Our standard digital power supplies feature isolated Modbus-RTU over RS485 connections. For specialized environments, we also offer CANopen, PMBus, and Ethernet interfaces, allowing integration into SCADA networks for remote monitoring, diagnostic logging, and automated parameter adjustments.
For demanding environments, we apply selective conformal coating (conforming to our glue filling standard) to protect PCBs from moisture, dust, and chemical vapors. Our systems are housed in rugged enclosures with internal fan cooling, and include built-in safety protections for overvoltage, overcurrent, overtemperature, and short circuits.
Located in Shanghai, we have access to major international shipping lanes for ocean and air freight. To protect high-power units during transit, we pack them in sealed, moisture-proof vacuum packaging, add shock-absorbing PE foam inserts, and ship them in heavy-duty corrugated boxes secured inside wooden frames to prevent crushing and shifting.
