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Power Supplies

Programmable DC and AC Power Solutions for EV, Solar, and Lab

XGY Tek supplies programmable DC sources, AC grid simulators, bidirectional supplies, regenerative AC/DC platforms, electronic loads, PXIe source-measure units, and LISN interfaces to power-electronics teams worldwide. Applications span EV battery cycling, solar inverter compliance, fuel-cell I-V testing, automotive 48 V and HV bench work, aerospace power-quality verification, charger validation, and production burn-in.

The selection should be driven by source quadrant, sink requirement, voltage range up to 2000 V, power range up to 300 kW, ripple target below 1 mV rms where applicable, transient recovery target below 1 ms where applicable, regeneration path, remote-control interface, safety interlock, and facility limits.

For source/load selection, see our DC power test platform guide. A quote should define line voltage, available power, cooling, calibration documentation, installation scope, emergency-stop logic, report fields, and whether the bench must pass at least 3 known-good and 3 known-fail DUT states before production use.

Power Supplies product list

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MVGS Series Medium-Voltage Grid Simulator

Best fit

XGY MVGS is a four-quadrant medium-voltage grid simulator and programmable AC source/load platform for megawatt-scale power electronics testing. Its modular Power Cell Cascaded topology delivers direct medium-voltage output without external step-up transformers.

MVGS Series Medium-Voltage Grid Simulator

  • Output: 3-phase MV
  • Power: 1 to 20 MVA+
  • Key Spec: <= 1.0% THD
  • Type: MV Grid Simulator
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N351 Bidirectional Programmable DC Power Supply

Best fit

XGY N351 is designed for tests that need current to flow both from the supply to the DUT and from the DUT back to the grid. Regenerative operation can reduce heat dissipation and improve test-system efficiency.

N351 Bidirectional Programmable DC Power Supply

  • Voltage: 40 V / 80 V
  • Power: 2.5-7.5 kW
  • Key Spec: 90% regeneration
  • Type: Bidirectional DC
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N355 High Power Bidirectional Programmable DC Power Supply

Best fit

XGY N355 is intended for high-power test scenarios that need source and sink capability in one programmable DC platform. With up to 42 kW in a 3U chassis and master/master parallel capability to MW-level systems, it supports both lab validation and production-line ATE.

N355 High Power Bidirectional Programmable DC Power Supply

  • Voltage: 0 to 2250 V
  • Power: Up to 42 kW in 3U
  • Key Spec: 93% regeneration
  • Type: Bidirectional DC
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N362 Wide Range Programmable DC Power Supply

Best fit

XGY N362 is a rackmount programmable DC power supply for DUT validation, production test, and integrated ATE systems. It provides wide-range DC output in compact 1U and 2U rack formats with up to 10 kW output.

N362 Wide Range Programmable DC Power Supply

  • Voltage: 20 V to 1500 V
  • Power: 500 W to 10 kW
  • Key Spec: 0.03% accuracy
  • Type: Wide-range DC
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N621 High Performance Benchtop DC Electronic Load

Best fit

XGY N621 is a benchtop DC electronic load for medium- and low-power supply, component, battery, and fast-charge adapter tests. N621 provides compact local and remote electronic-load capability for R&D benches and production checks.

N621 High Performance Benchtop DC Electronic Load

  • Voltage: 80 / 150 / 600 V
  • Power: 150 to 600 W
  • Key Spec: 8 modes
  • Type: Benchtop DC load
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N692 High Power Programmable DC Electronic Load

Best fit

XGY N692 is a high-power programmable DC electronic load for R&D testing and ATE systems. It covers 150 V, 600 V, 1200 V, 1600 V, and 2400 V voltage specifications with standalone input power from 2 kW to 60 kW.

N692 High Power Programmable DC Electronic Load

  • Voltage: 150 V to 2400 V
  • Power: 2 kW to 60 kW
  • Key Spec: Up to 2500 A
  • Type: High-power DC load
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YDC100 Series DC Power Supply

Best fit

XGY YDC100 is a multi-channel programmable DC power supply family designed for clean, stable output in R&D, validation, and automated test environments. Dual-channel and triple-channel models combine low ripple, fine resolution, sequencing, and remote control.

YDC100 Series DC Power Supply

  • Channels: 2 or 3
  • Power: 300 W per channel
  • Key Spec: 1 mV / 0.1 mA
  • Type: Programmable DC
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XDC100SA DC Power Supply

Best fit

XGY XDC100SA programmable DC power supply series delivers 36W to 360W output across 12 models with low ripple noise, DVM capability, preset hotkeys, list mode, USB data logging, and waveform display. RS232 is standard, with optional USB, LAN, and RS-485 interfaces.

XDC100SA DC Power Supply

  • Channels: 1
  • Power: Up to 360W
  • Key Spec: 0.1 mV / 1 uA
  • Type: Programmable DC
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YDC202QW DC Power Supply

Best fit

XGY YDC202QW is a 4-in-1 compact DC power supply designed for complex ATE systems and device characterization. It features four fully isolated, independently controlled channels in a single unit, saving valuable bench space while delivering high-precision power.

YDC202QW DC Power Supply

  • Channels: 4 isolated
  • Power: 150 W / 300 W per channel
  • Key Spec: 1 mV / 0.1 mA
  • Type: Programmable DC
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XDC203SP DC Power Supply

Best fit

XGY XDC203SP is a high-power linear DC power supply series for audio amplifier, production-line, and industrial medium-to-high-power applications. The series provides up to 1500 W output with sequence output, data memory, slow-start design, H/L limit setting, and power-on state memory.

XDC203SP DC Power Supply

  • Channels: 1
  • Power: Up to 1500 W
  • Key Spec: Sequence output
  • Type: Linear DC
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GXC804B-5K Regenerative AC/DC Power Source

Best fit

XGY GXC804B-5K is an AC/DC power source and regenerative electronic load for grid simulation, RLC/RCD load simulation, BiPolar DC operation, and HIL testing. The 5 kW model provides 0 to 450 V L-N AC output at low frequency and 0 to 636 V DC output in a compact 4U chassis.

GXC804B-5K Regenerative AC/DC Power Source

  • Output: 1P / 3P AC + DC
  • Power: 5-22.5 kW
  • Key Spec: < 0.5% THD
  • Type: Regen source/load
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AC301SHP / AC303SHP AC Grid Simulator Power Supply

Best fit

XGY AC301SHP/AC303SHP is a high-power programmable AC grid simulator and power supply series for industrial testing, EV motor and charger validation, large appliance testing, and facility-level power simulation.

AC301SHP / AC303SHP AC Grid Simulator Power Supply

  • Output: 1P / 3P AC
  • Power: 5-500 kVA
  • Key Spec: < 1% THD
  • Type: Programmable AC
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AC203SP / AC205SP AC Power Source

Best fit

XGY AC203SP/AC205SP is a compact programmable AC power source series for Automated Test Equipment (ATE) racks and component testing. The 500 VA to 3 kVA single-phase models use DDS waveform generation, input/output isolation, key lock protection, shortcut voltage/frequency presets, and 300% overload capability for 2 seconds.

AC203SP / AC205SP AC Power Source

  • Channels: Single-phase
  • Power: 500 VA-3 kVA
  • Key Spec: 300% surge
  • Type: Compact AC Source
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XMU Single/Dual Channel Series SMU

Best fit

XGY XMU Single/Dual Channel Series is a PXIe 3U source measure unit family for semiconductor, optoelectronic, and power device characterization. It combines up to 1.8 MS/s sampling, down to 0.1 fA current sensitivity, up to +/-200 V output, and pulsed current options up to +/-10 A.

XMU Single/Dual Channel Series SMU

  • Channels: 1 or 2 per module
  • Voltage Range: Up to +/-200 V
  • Current Range: 0.1 fA sensitivity to +/-10 A pulse
  • Type: PXIe SMU
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XMU Multiple Channel Series SMU

Best fit

XGY XMU Multiple Channel Series is a PXIe SMU family for parallel high-density device testing. It provides 4 to 24 independent channels per module with up to 1 MS/s sampling, down to 10 pA current sensitivity, and up to +/-24 V output.

XMU Multiple Channel Series SMU

  • Channels: 4 / 8 / 24
  • Voltage Range: Up to +/-24 V
  • Current Range: 10 pA sensitivity to +/-1000 mA/ch
  • Type: PXIe SMU
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Frequently Asked Questions

What is the difference between linear, switching, and bidirectional power supplies?
Linear supplies (XDC100SA, XDC203SP series) deliver ultra-low noise but waste power as heat - ideal for low-noise lab work. Switching supplies (YDC100, YDC202QW, wide-range N362) are efficient and compact, suited to production benches, BMS test, and broad source-mode voltage coverage. Bidirectional supplies (N351 and high-power N355) source and sink current - required for battery cycling, regenerative load testing, and traction-system validation where the DUT can return energy.
Do XGY power supplies support battery cycling and regenerative testing?
Yes - our N351 bidirectional supply, N355 high-power bidirectional supply, and GXC804B-5K regenerative AC/DC source are engineered for battery cycling, fuel-cell I-V sweeps, and 48 V or 800 V automotive HV bench testing. They return energy to the grid rather than dumping into a resistor bank. Pair with the N621 benchtop or N692 high-power electronic load for full source-sink test stands. For RFQ detail, see our battery test system quote checklist and bidirectional DC power supply selection guide.
What standards do XGY AC sources comply with for grid simulation?
The AC301SHP and AC303SHP high-power grid simulators and MVGS programmable AC source support compliance testing against AS/NZS 4777 (Australia inverter grid connection), IEC 61727 (PV grid interconnect), IEC 62116 (anti-islanding), and MIL-STD-704 (aerospace power-quality). They generate programmable voltage sags, frequency excursions, and harmonic injection profiles. See our Power & Energy solutions for full bench configurations.
What should be validated before accepting a power supply bench?
Validate output accuracy, ripple or noise, transient recovery, current limit, OVP/OCP/OTP behavior, remote control, emergency stop, calibration status, thermal behavior, report export, and repeatability at representative load points.
When is a regenerative source worth specifying?
Specify regeneration when the DUT can return meaningful energy, the facility can accept regenerated power, and the operating profile would otherwise waste heat in a resistor bank. Battery cycling, motor drive, inverter, and high-power bidirectional tests are the common cases.

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Selection Guides

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