Voltmat Power
Voltmat Power
High-efficiency regulated power solutions engineered to operate flawlessly under Singapore's grid standard specifications.
Singapore occupies a critical node in global technology supply chains, serving as a hub for advanced semiconductor manufacturing, green datacenters, marine and offshore engineering, and advanced precision assembly. Within these power-hungry sectors, the transition towards automation, smart grids, and clean manufacturing requires extremely reliable, high-power DC sources. Our 15000W to 18000W AC/DC switching power supplies are engineered precisely to cater to these high-integrity, continuous-duty industrial applications in Singapore.
In locations like the Jurong Innovation District (JID), Woodlands Industrial Park, and Changi Business Park, advanced equipment runs 24/7. Voltage dips, harmonics, or heat-induced power supply failure can cost semiconductor wafer fabs or automated assembly lines millions of dollars per hour. For this reason, power supplies in the 15kW to 18kW range must offer not just raw power, but exceptional thermal resilience, digital control loop accuracy, and absolute compliance with safety standards.
Our high-power AC/DC solutions (15kW to 18kW) have been engineered to address specific technical workflows vital to Singapore’s industrial map:
Designing power supplies in the 15kW–18kW tier demands superior topologies that minimize switching losses while maintaining a low electromagnetic interference (EMI) profile. Below is the technical specifications matrix for our standard 15000W-18000W power system range, optimized for three-phase Singapore commercial grids (typically 380V/400V/415V AC, 50Hz).
| Parameters | Specifications (15000W - 18000W Series) | Engineering Value & Benefit |
|---|---|---|
| Input Voltage Ranges | Three-Phase 380V / 400V / 415V AC ± 15%, 50Hz/60Hz | Compatible with Singapore industrial grid without step-up transformer |
| DC Output Options | 24V, 36V, 48V, 50V, 60V, 110V, 150V, 220V, 400V, 500V, 800V DC | Flexible configurations matching load requirements from low-voltage high-current to high-voltage lines |
| Output Adjustment Range | 0-100% Fully Adjustable (Constant Current / Constant Voltage) | Essential for precision battery test benches & laboratory R&D profiling |
| Efficiency | 88% — 89.5% at nominal full load | Low power dissipation reduces cooling costs in air-conditioned cleanrooms |
| Ripple & Noise | ≤ 1% Vp-p (Vrms ≤ 0.5%) | Ultra-low noise floor prevents interference in nearby sensors and measurement tools |
| Cooling System | Temperature-controlled force-air cooling (internal quiet fan) | Prolongs component life and reduces acoustic noise in research environments |
| Digital Interfaces | RS485, CANbus, Modbus-RTU, or 0-5V/0-10V Analog Control | Ready for integration with local SCADA and industrial automation architectures |
In response to Singapore’s Smart Nation initiative and aggressive decarbonization goals, our engineering roadmap transitions from traditional Silicon IGBT modules to Silicon Carbide (SiC) and Gallium Nitride (GaN) technologies. This upgrade yields three key advantages:
1. Increased Power Density: Higher switching frequencies allow for smaller magnetic components, reducing the footprint of a 18kW system from a 4U rack down to a 2U rack. This space-saving is crucial for Singapore's high-rent industrial zones.
2. Thermal Optimization: SiC devices tolerate higher operating temperatures. In tropical conditions like Singapore's, where ambient humidity and room temperatures run high, our power units offer continuous output without derating up to 50°C.
3. Reduced EMI: Integrated active power factor correction (PFC > 0.99) conforms strictly to local EMC standards (EN/IEC 61000 series), preventing power system pollution in co-located laboratory grids.
Our state-of-the-art production base is strategically located in Shanghai, enabling direct, high-efficiency shipping logistics directly to the Port of Singapore. Operating a professional, modern manufacturing factory spanning 10,000 square meters, we have specialized in high-power regulated power supplies for 15 years. As an excellent, award-winning after-sales service enterprise in Shanghai, we enforce rigorous quality management structures throughout the lifecycle of every product.
To assure unmatched reliability, each product undergoes two rounds of computer and manual testing before leaving the factory. This strict dual-protocol test system guarantees a product qualification rate of up to 99.9%. We know that long-distance international transit presents risks to highly sensitive power components. Therefore, all shipments destined for Singapore are protected by our premium multi-layer transport system: moisture-proof packaging (preventing humidity damage to delicate internal PCB layouts), advanced shock absorption layers (offsetting vibration shock during transit), reinforced protective cardboard boxes, and outer wooden frames for heavy-duty reinforcement.
Below is an interactive look into our precise manufacturing steps, from wire cutting and plug-in assembly to constant temperature aging and automated testing. All specialized machinery is maintained to ensure output consistency.
Deploying a 15000W to 18000W power system in Singapore requires alignment with regional electrical regulations and environmental safety laws. Our engineering team provides structured support to ensure seamless commissioning:
1. Electricity Act Compliance (Energy Market Authority - EMA): For heavy industrial equipment drawing above 16A per phase in Singapore, the power supply must minimize harmonic injection. Our Active PFC systems keep THD (Total Harmonic Distortion) under 5%, easily satisfying Singapore's SP Group grid entry guidelines.
2. SS 564 Green Data Center Standard & ESG Support: Singapore’s strict policies on datacenter Power Usage Effectiveness (PUE) demand that auxiliary components run at maximum efficiency. With our 89% conversion rating and high power factor correction, our systems limit energy waste, saving operational carbon tax costs under Singapore’s carbon pricing framework.
3. Singapore Climate Resistance: Singapore’s relative humidity often exceeds 85%. To prevent insulation breakdown, all of our power units feature conformal-coated PCBs, and optional epoxy encapsulation (Glue Filling) is available for components exposed to non-climate-controlled marine or manufacturing environments.
Select from our widely deployed models below. Customized voltages and multi-phase specifications are built to order at our Shanghai facility.
Key information regarding grid interfacing, compliance, and thermal management for Singapore industrial environments.
Discuss your operational demands with our technical engineers. We can customize output curves, interfaces, and cooling methods to match your system requirements.
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