Precision-engineered current-fed testing instruments, battery cell simulators, and high-dynamic DC electronic loads ready for rapid deployment in Korean gigafactories and laboratory environments.
High-precision electrochemical cycling unit featuring real-time voltage/current monitoring and high-rate pulse discharge capability for lithium-ion cell R&D.
Programmable 1kW high-precision battery emulator featuring constant power functions, sub-millisecond dynamic response, and low ripple noise.
Modular laboratory coin cell simulator engineered for rapid insertion, impedance spectrum analysis, and micro-amp precision current sourcing.
Multi-channel programmable DC simulator built for simultaneous cell emulation, hardware-in-the-loop (HIL) testing, and micro-grid validation.
Industrial megawatt-class high-dynamic battery pack simulator designed for EV powertrain, fast-charging station stress tests, and heavy industrial loads.
Precision bipolar DC power supply and battery simulator with 100-240V AC input, fast recovery time, and ultra-low transient voltage output.
Ultra-low noise benchtop cell simulator tailored for CR2032/CR2016 coin cell characterization in university and corporate electrochemical laboratories.
Advanced 24-channel array for BMS passive/active balancing, accurate SOC algorithm estimation, and real-time fault injection testing.
Analyzing the technical imperatives, topology advantages, and local procurement demands driving next-generation power electronics testing across Suwon, Cheongju, and Ulsan.
Modern battery manufacturing in South Korea—led by industry titans in the K-Battery Belt—requires rigorous validation of cell behavior under extreme dynamic conditions. Fast transient pulse testers must deliver sub-millisecond current step rises without introducing voltage overshoot or ringing. Traditional voltage-fed power topologies struggle with inductive kickback when subjected to rapidly switching pulse loads. Our current-fed topology utilizes internal energy storage inductors rather than heavy capacitor banks, providing inherent short-circuit tolerance and instant dynamic stabilization during high-rate discharge pulses up to 10,000A.
As South Korean electric vehicle (EV) OEMs pivot toward 800V silicon carbide (SiC) and gallium nitride (GaN) inverter platforms, high-voltage high-speed pulse testing becomes critical. Wide-bandgap semiconductor devices switch at rates exceeding 50 kHz with Extremely high dV/dt and dI/dt slopes. To accurately measure switching losses, reverse recovery currents, and parasitic inductance, the programmable DC power supply must maintain an ultra-stiff output voltage. Featuring integrated low-pass filtering and optional reverse-current blocking diodes, our high-voltage DC units isolate sensitive power stages from back-EMF spikes.
Validating Battery Management Systems (BMS) for automotive pack architectures requires high-channel-density cell simulators capable of simulating precise State of Charge (SOC) curves, cell imbalance conditions, and fault states (such as open-circuit or shorted cell scenarios). Our 24-Channel Battery Cell Simulators provide sink and source current capabilities per channel with micro-amp current measurement resolution. This allows South Korean automotive test software engineers to run complex Hardware-in-the-Loop (HIL) automated test sequences in LabVIEW, Python, or C++ via native SCPI commands over LXI/Ethernet.
| Series Platform | Voltage Range | Current / Power Output | Topology Architecture | Primary Korean Application Target |
|---|---|---|---|---|
| SLx / SL Series | 5V to 1500V | 1.5 kW – 10 kW (1U Rack) | Air-Cooled Current-Fed DC | SiC/GaN Double Pulse Testing & High-Density ATE Racks |
| TS Series | 5V to 4000V | 5 kW – 100 kW (3U–16U) | High-Dynamic Programmable | EV Traction Inverter & Module-Level Battery Cycling |
| ABS / MT Series | 16V to 1500V | 150 kW – 3 MW (Cabinet) | High-Power Air-Cooled | Megawatt Pack Simulation & EV Fast Charging Infrastructure |
| ML Series | 16V to 2000V | 500 kW – 10 MW (Water-Cooled) | Closed-Loop Liquid Cooled | Continuous Megawatt Duty & Cleanroom Battery Testing |
| ALx Series | 0V to 1000V | 1.25 kW – 20 kW+ | Linear MOSFET Load | Zero-Noise Fuel Cell & Electrochemical Impedance Sinking |
Tailored pulse testing solutions engineered to align with regional industrial cluster specializations across South Korea.
Semiconductor & Power Module ATE: Deployment of 1U SLx rack-mount DC supplies and linear loads for wafer-level power management IC (PMIC) validation and high-frequency double pulse stress testing in automated test equipment (ATE) setups.
Gigafactory Cell & Pack Cycling: High-power TS and MT series supplies supporting high-rate pulse charge/discharge profiles, cell formation, micro-grid energy storage system (ESS) validation, and rapid electrochemistry quality control.
EV Powertrain & HIL Inverter Test: Megawatt-class water-cooled ML systems providing continuous high-voltage DC bus power for electric vehicle motor drive HIL testing, regenerative braking energy absorption, and fast DC charging emulation.
Combining vertically integrated manufacturing speed, long-term operational stability, and full regulatory transparency for Korean enterprise procurement.
Unlike standard equipment assemblers who rely on outsourced sub-assemblies, our facility performs sheet metal fabrication, custom magnetics winding, surface-mount PCB assembly, and final integration under one roof. Every pulse tester and battery simulator undergoes 100% full-power burn-in testing before dispatch. This vertical integration guarantees complete quality control and yields an industry-leading made-to-order build time of just 4 to 6 weeks for standard and custom configurations bound for Busan or Incheon ports.
Software automation compatibility is mandatory for Korean smart factory initiatives. All our programmable power units share a unified SCPI command syntax across all power ranges. Control interfaces include standard LXI TCP/IP Ethernet, USB, RS-232, and isolated 37-pin analog I/O, with optional IEEE-488 GPIB and Modbus TCP. Software teams can seamlessly transition from a 1.5kW bench simulator to a 3MW industrial grid test station without re-engineering lab automation scripts.
Clear, expert answers regarding export compliance, localization support, technical integration, and shipping logistics to South Korea.
Our pulse testers utilize a high-bandwidth current-fed power conversion topology supported by internal high-frequency inductive energy storage. When an 800V EV inverter or SiC switching bridge demands dynamic current pulses (up to microsecond step speeds), the current-fed topology naturally limits voltage dip and prevents capacitive ringing. Integrated fast transient recovery control circuits maintain output stability within <100 microseconds, ensuring accurate dynamic efficiency and switching loss measurements.
All export hardware is manufactured under ISO 9001:2015 certified quality systems and carries full CE compliance, safety ratings (IEC/EN 61010-1), and EMC compliance (IEC/EN 61326-1). For Korean industrial deployments, we supply factory calibration certificates traceable to international standards (NIST/ISO 17025), comprehensive customs HS code documentation, and dedicated engineering documentation required for Korean KC (Korea Certification) industrial machinery clearance.
Yes. Every instrument ships with ready-to-run National Instruments LabVIEW VI drivers, IVI-COM/IVI-C drivers, and documented SCPI command sets over Ethernet/LXI. Python developers can utilize our open-source socket communication examples to command voltage/current setups, read back high-speed data buffers, and execute automated hardware-in-the-loop (HIL) battery balance validation sequences effortlessly.
Thanks to our vertically integrated factory model, typical build times for standard programmable supplies and simulators are 4 to 6 weeks. Common configurations are also maintained in ready-to-ship stock. We partner with top international freight forwarders to provide air freight directly to Incheon International Airport (ICN) or ocean freight to Busan Port, complete with export packing, shock-damped crating, and full insurance coverage.
Our ML Series water-cooled power supplies feature a fully closed-loop internal heat exchanger design. Internal heat-generating components (MOSFETs, magnetic cores, power diodes) transfer heat directly to liquid cold plates. This eliminates air exhaust turbulence, dramatically reduces acoustic noise in research facilities, and prevents airborne contamination in battery cleanroom environments. Korean facilities simply connect standard facility deionized or industrial cooling water lines.
All factory-exported products come standard with a comprehensive factory warranty covering parts and labor. Post-sales technical support is handled by experienced applications engineers who offer direct remote diagnostic support, firmware upgrades, and calibration procedures. Replacement boards and module assemblies can be air-shipped rapidly to minimize station downtime at your Korean facility.
Send us your voltage, dynamic pulse current, dynamic duty cycle, and control interface requirements for custom quotation and technical review.