Voltmat Power
Voltmat Power
Engineered for maximum reliability, extreme stability, and high operational efficiency (up to 89%) for standard and custom voltage configurations.
In modern industrial and testing ecosystems, the demand for precision, density, and modular control over voltage and current waveforms has shifted power system design fundamentally. Programmable power supplies (PPS) serve as the foundation of Automated Test Equipment (ATE) arrays, semiconductor burn-in racks, electric vehicle (EV) component characterization systems, and renewable energy simulation platforms.
Historically, heavy industrial setups utilized linear power structures. While offering high stability, these systems struggled with efficiency, excessive weight, and poor heat dissipation. Our advanced high-power industrial switching topologies deliver clean, regulated outputs up to 16,000W and 1,000V with operational efficiencies reaching 89%. By combining analog precision with fast digital communication loops, these systems allow real-time control, helping dynamic testing environments simulate complex electrical situations accurately.
How we engineer next-generation programmable hardware architectures to meet high-performance specifications.
Integrating Silicon Carbide (SiC) and Gallium Nitride (GaN) switching components allows our designs to operate at higher switching frequencies. This reduces magnetic footprints, improves thermal management, and minimizes passive filter dimensions.
Using advanced multi-stage filtering technologies, we achieve extremely low ripple and noise parameters across high-voltage portfolios (up to 1000V). This provides the stability required for sensitive diagnostic and R&D installations.
Our programmable designs feature standard communication interfaces (RS485, Ethernet, Modbus, or SCPI protocol compliance), enabling seamless integration into factory microgrids, PLC nodes, and remote SCADA control networks.
| Parameter Range | Target Voltages | Efficiency Index | Primary Application Use-Case |
|---|---|---|---|
| Low Voltage High Current (3000W - 6000W) | 12V - 60V DC | 88% - 89% | Electroplating, battery cell cycle testing, low-voltage telecommunication grids. |
| Medium Voltage Variable (1500W - 5000W) | 110V - 400V DC | 89% | Automated test racks, inverter validation, semiconductor manufacturing burn-in. |
| High Power Regulated (6000W - 16000W) | 500V - 1000V DC | 89% | Electric vehicle drivetrain emulation, PV string simulator, plasma torch applications. |
Deploying customized electrical equipment across regional infrastructures and specialized global industries.
In aerospace testing, reliability is critical. Our programmable power modules simulate dynamic fluctuations, power dips, and spike surges typical of localized 400Hz grids. The 1 Year Standard Warranty, combined with quick-reaction component replacement, ensures high availability in continuous compliance testing labs.
Testing EV sub-assemblies requires stable, high-voltage stimulation. High-power units (up to 16,000W output configurations, such as the 300V-16000W and 600V-16000W models) are ideal for battery management system (BMS) testing and DC-DC converter verification under variable loads.
Our adjustable voltage systems, supporting ranges from 24V up to 1000V, allow engineering labs to simulate photovoltaic array behavior. Solar system designers can adjust output profiles dynamically to evaluate maximum power point tracking (MPPT) efficiency parameters under varying weather conditions.
For chemical deposition and electroplating lines, current stability determines coating thickness and uniformity. Our single-output switching regulators provide low thermal drift and minimal current noise under high load demands, operating reliably in tough industrial environments.
Step-by-step preview of our 10,000 square meter Shanghai-based facility. 15 years of high-power engineering, delivering a 99.9% pre-shipping pass rate.
Located in Shanghai with access to major international trade routes, our products are protected by high-standard packaging systems to ensure safe transport.
To prevent electrostatic discharge, physical damage, and atmospheric corrosion during transit across global ocean routes, we use a 4-layer defense packaging strategy. Before loading, every high-power power unit undergoes two verification cycles—comprising automated digital evaluation and manual operator inspection—to ensure stable, reliable operation upon installation.
Sealed in heavy polymer barriers to protect sensitive microelectronics from humidity and moisture during ocean transport.
Encased in dense, high-impact foam to absorb mechanical vibration and drop forces in transit.
Packed in robust double-wall corrugated cardboard to shield outer finishes and terminal panels.
Reinforced with heavy external wooden framing to prevent compression damage and allow easy forklift handling.
Our journey in Shanghai, developing stabilized and programmable electrical systems for global industries.
Established a production facility in Shanghai focused on robust analog stabilized switching and high-current rectifiers.
Integrated microcontrollers into switching designs, achieving system efficiencies up to 88% and introducing digital feedback loops.
Developed high-power switching power supplies capable of output configurations up to 16,000W and 1000V, designed for ATE and EV integration.
Upgraded Shanghai production line to include automatic SMD mounting, automated soldering, and 100% active burn-in testing. Products are exported worldwide with high reliability.
High-capacity systems designed for heavy industrial use, laboratory integration, and continuous operations.
Exporting electrical equipment globally requires strict adherence to regional safety and emission directives. Our high-power switching power supplies comply with key international standards. This compliance ensures ease of import and integration into global industrial projects.
Designed with standard mounting frameworks, our systems integrate easily into factory equipment racks. Our design processes utilize advanced simulations to optimize cooling pathways, minimizing fan acoustic noise and extending the operating life of key internal components.
To support global deployments, our Shanghai facility provides comprehensive technical support and design customization services. Standard electrical safety protections are integrated into every design, including:
Addressing key engineering considerations, shipping processes, and customization options for programmable power supplies.
Yes. Although we provide standard configurations (e.g., 24V, 36V, 60V, 220V, 300V, 400V, 600V), our production pipeline supports customizations. We offer customizable output configurations from 12V up to 1000V DC, matching your system parameters.
Our units use zero-voltage soft-switching (ZVS) topologies. This approach minimizes power dissipation in the primary switching MOSFETs. High-grade silicon cores and premium magnetic windings also help reduce thermal and electromagnetic losses.
Each unit undergoes two testing stages before packaging: a computer-assisted evaluation for accuracy and a manual verification process under load. This process helps us maintain a 99.9% factory pass rate.
We use a specialized shipping design. Power units are protected with internal shock-absorbing foam, sealed moisture-proof barriers, heavy cardboard outer boxes, and reinforced external wooden frames to ensure secure international shipping.
Yes. Most high-power systems can be configured with communication options like RS485 or CAN-bus. These options allow for convenient programming and monitoring through industrial systems.
All standard switching power supplies include a 1 Year Warranty. During this period, we provide repair support and component replacements for any manufacturing defects.