Power & Energy
Power & Energy Test Solutions for EV, Solar, and Grid Applications
XGY Tek equips power-electronics teams worldwide with the DC sources, AC grid simulators, electronic loads, and source-measure units needed to validate EV battery packs, solar inverters, grid-tied storage, fuel cells, and high-voltage automotive electronics. The common problem is matching source/sink quadrant, regeneration path, safety interlocks, facility power, and acceptance evidence before hardware is ordered. Calibration documentation, commissioning scope, and support requirements are confirmed during quotation with XGY power-electronics engineers.
Application focus
Power labs use these when battery, BMS, inverter, or fuel-cell validation needs accurate source/load behavior, protection, and repeatability. XGY platforms cover precision DC, regenerative, and high-power workflows.
Power Supplies
Select precision power platforms for battery, BMS, inverter, and fuel-cell validation requiring controlled source and load behavior, protection, and repeatable operation.
Application focus
Use when battery-cell, sensor, semiconductor, or optoelectronic characterization needs combined sourcing and measurement, compliance control, low-current sensitivity, or parallel channels.
Source Measure Units
PXIe source measure units combine precision sourcing, measurement, and compliance control for battery-cell, sensor, semiconductor, and optoelectronic characterization, including parallel-channel workflows.
Application focus
Use when low-voltage simulators cannot represent real MV grid behavior for SST, PCS, renewable energy, or AI data-center power systems. MVGS brings direct 5 kV to 35 kV programmable grid simulation.
Medium-Voltage Grid Simulation
Select direct 5 kV to 35 kV programmable grid simulation for SST, energy-storage PCS, renewable-energy, and AI data-center power-electronics validation.
Related Solutions
Explore how these products and workflows connect across broader test and measurement systems.
Selection Guides
Read buyer's guides to choose the right instrument or system for your application.
Frequently Asked Questions
What power testing capabilities does XGY Tek provide?
The power supplies & electronic loads catalogue spans benchtop precision sources, high-power bidirectional supplies, and regenerative AC/DC platforms. Highlights include the N351 and high-power N355 bidirectional programmable DC supplies for battery cycling and regenerative testing, the wide-range N362 for traction-system validation, the YDC100 and YDC202QW four-channel isolated DC supply for multi-rail test, XDC100SA for published low-ripple bench work, and the XDC203SP high-power linear DC supply for audio, production-line, and industrial workflows. AC stimulus is covered by the AC203SP/AC205SP compact programmable AC sources, AC301SHP/AC303SHP high-power grid simulators, the MVGS medium-voltage grid simulator, and the GXC804B-5K regenerative AC/DC source. Loads include the benchtop N621 and high-power N692. The separate SMU catalogue covers the four-channel XMU-5422 and XMU-5421 and the 32-channel XMU-5921 for precision and high-density source-measure workflows.
Which Power & Energy applications benefit most?
Typical deployments include EV battery cell and pack cycling, BMS validation, solar PV inverter compliance (AS/NZS 4777, IEC 61727), grid-tied energy-storage testing, fuel-cell I-V characterization, automotive 48 V and 800 V bench testing, MIL-STD-704 power-quality verification, and aerospace power-system simulation.
Why choose XGY Tek for power and energy test deployments?
XGY Tek (XGY Pty Ltd, ABN 70 688 984 590) is headquartered in Adelaide with a Sydney office. We assist with topology selection (linear vs. switching, bidirectional vs. regenerative), rack sizing, safety interlock design, and SCPI automation — all from local engineers. For turnkey EV/solar test benches and custom BMS racks, see our Custom Automation service or request a quote.