Voltmat Power
Voltmat Power
Engineered for high efficiency, high precision adjustable outputs, and unmatched reliability in harsh environments.
As one of North America's largest manufacturing and transportation hubs, the Chicago metropolitan area—spanning from Cook County to the collar counties—continues to undergo a massive technical modernization. Heavy manufacturing, metal fabrication, chemical processing plants, and food packaging giants require stable power systems. Traditional electrical grid inputs often exhibit fluctuations, leading industrial operators to demand sophisticated power supplies capable of handling massive AC-to-DC rectification with minimal ripple voltage and high thermal resilience.
Modern applications in Chicago demand output ranges between 20,000W and 24,000W (20kW to 24kW). These are not standard consumer-grade electronics but heavy-duty, rack-mountable, or chassis-integrated industrial rectifiers. They operate continuously under demanding duty cycles to drive high-performance machinery, laser cutting arrays, aerospace testing setups, and advanced battery formation lines.
Information Gain Insight: Selecting high-power AC/DC supplies for Chicago's industrial climate requires close attention to operating temperatures. Chicagoland's seasonal temperature extremes demand thermal management systems inside power cabinets that can adapt without derating performance. Our 20kW-24kW units are engineered with smart temperature-controlled forced air-cooling systems that maintain 88%-89% conversion efficiency from -20°C up to +50°C environments.
Furthermore, Chicago has established itself as one of the preeminent data center corridors in the United States, particularly around Elk Grove Village. These data centers, along with neighboring logistics networks, increasingly require high-capacity, highly stable programmable DC test sources to run compliance stress tests on critical backup infrastructure. Our customizable voltage outputs, spanning from 24V up to 1000V, ensure compatibility with any test architecture currently in use across Illinois.
Why engineering leads in the Chicago region choose our high-power AC/DC voltage regulators.
Operating at 88%-89% nominal efficiency, our topologies minimize heat generation, reducing cooling overheads within industrial enclosures and delivering tangible energy savings over multi-shift operational schedules.
Each unit features integrated over-voltage, over-current, and over-temperature protection circuitry. Double testing (computer automated and manual) achieves a factory qualification rate of 99.9%.
Drawing on fifteen years of professional design and production of high-power stabilized voltage power supplies, our Shanghai facility provides the engineering foundation to customize products to exact specifications.
Our 20000W-24000W AC/DC switching power supplies are engineered to interface directly with diverse systems.
Chicago's extensive metal-forming and manufacturing plants rely on consistent DC voltages for high-current electroplating. Our adjustable 24V-1000V single-output configurations ensure precise control over plating rates, deposit quality, and finish uniformity.
As Illinois expands its electric vehicle highway networks, developers and test labs in Chicago use our 24kW systems to simulate dynamic battery loads. They can configure output parameters up to 1000V DC to validate CCS and NACS charger operations under actual conditions.
Modern distribution complexes and assembly lines in Illinois use our high-power switching power supplies to drive multiple high-torque servo controllers from a single central bus, simplifying wiring and power distribution.
Supplying specialized avionics assemblies and test systems across the Midwest, our power units serve as DC sources to verify avionics and defense equipment performance under varying voltage conditions.
A reference table for engineers, procurement directors, and system integrators in Chicago.
| Parameter Name | 20000W Model Specifications | 24000W Model Specifications |
|---|---|---|
| Input Voltage | Three-Phase AC 380V ±15% (or customized to US standards: 480V AC) | Three-Phase AC 380V ±15% (or customized to US standards: 480V AC) |
| Output Voltage Options | 24V - 1000V DC (Adjustable / Programmable) | 24V - 1000V DC (Adjustable / Programmable) |
| Nominal Efficiency | 88% - 89% at Full Rated Load | 88% - 89% at Full Rated Load |
| Ripple & Noise | ≤ 1% Vmax (Peak-to-Peak) | ≤ 1% Vmax (Peak-to-Peak) |
| Response Time | ≤ 10ms (Transient recovery from 50% load steps) | ≤ 10ms (Transient recovery from 50% load steps) |
| Protections | Over-voltage, Over-current, Short-circuit, Thermal Overload | Over-voltage, Over-current, Short-circuit, Thermal Overload |
| Cooling System | Force Air Cooling with Intelligent Speed-Controlled Fans | Force Air Cooling with Intelligent Speed-Controlled Fans |
From our 10,000 square meter plant to Chicago port or O'Hare Airport: how we ensure reliable supply chains.
Our company is headquartered in Shanghai, a global logistics hub that simplifies international shipping. Over the past 15 years, we have optimized our high-power regulated power supply production lines to meet the strict technical standards of the North American market.
Recognizing the risks associated with long-distance shipping, we protect every unit using a specialized four-tier packaging process:
Step-by-step control from design to shipping, ensuring high performance in every unit.
Review our core products designed for high-efficiency switching and adjustable voltage regulations.
Get answers to common integration questions regarding 20kW-24kW industrial power systems.
Yes. While our standard power supplies operate at three-phase 380V AC, we frequently customize input configurations for the US grid, specifically 460V-480V AC three-phase systems used in the Midwest and Chicago. Contact us before ordering to configure these input specifications.
To support factory automation, our units can be configured with standard analog interfaces (0-5V or 0-10V control signals) as well as RS485 and CAN bus digital communication protocols. This allows them to integrate directly with PLC and SCADA control panels.
At 24,000W output, an efficiency of 89% means about 2,640W is lost as heat. Our built-in forced air-cooling fans discharge this heat efficiently. For enclosed cabinet installations, design your ventilation system to handle at least 3,000W of heat dissipation to prevent ambient temperatures inside the cabinet from exceeding 50°C.
Our manufacturing plant operates under ISO 9001 standards, and our high-power power supplies comply with standard industrial CE directives. For Chicago installations requiring specific UL 508A certifications, we can supply units designed to meet these requirements or configure sub-assemblies for local certification.
We offer both air and sea shipping. Air freight to O'Hare International Airport (ORD) takes 7 to 10 business days for urgent prototype testing. Standard sea freight to the Port of Chicago takes 25 to 35 days, providing a cost-effective solution for larger volume installations.
Connect with our design engineers. We can customize input voltages, programmable output limits, digital communication ports, and rack form factors to match your system requirements.
