EV/EVSE Test And Validation Solutions
Validate power conversion, charging infrastructure, battery systems, and grid interaction across the electric mobility ecosystem.
Engineering Solutions for EV/EVSE Validation
As electric mobility technologies continue to evolve, engineering teams require accurate, repeatable, and scalable testing environments to validate charging systems, battery platforms, onboard power electronics, and grid-connected infrastructure. Caltest supports EV and EVSE development programs with advanced power test solutions designed for simulation, validation, performance verification, and compliance testing. From charging stations and battery systems to regenerative power conversion and grid interaction, our solutions help accelerate product development while improving reliability, efficiency, and safety.
Explore Solutions by EV/EVSE Segment
Fast-Charger, OBC, EVSE Testing
Validate onboard chargers (OBC), DC fast chargers, and EVSE platforms under realistic operating conditions. Simulate grid behaviour, battery interaction, regenerative energy flow, and charging profiles to evaluate performance, efficiency, and system reliability. Our solutions support development and verification across residential, commercial, and high-power charging applications.
V2G, Energy Storage Testing
Evaluate bidirectional energy transfer between electric vehicles, charging infrastructure, and energy storage systems. Test Vehicle-to-Grid (V2G), Vehicle-to-Home (V2H), and advanced energy management applications using regenerative power platforms capable of both sourcing and sinking power under controlled laboratory conditions.
Battery Module and Pack Testing
Support battery module and battery pack development with programmable charge-discharge testing, cycle-life evaluation, regenerative energy recovery, and performance characterization. Validate battery behaviour across operating profiles encountered in EV, energy storage, and next-generation mobility applications.
Powertrain Testing
Assess inverter systems, motor drives, DC bus architectures, and complete powertrain assemblies using configurable power simulation environments. Replicate real-world operating conditions, including dynamic load transitions and regenerative energy events, to validate system efficiency, performance, and long-term reliability.
In-Vehicle Power Electronics
Validate the performance, efficiency, and reliability of onboard power electronic systems used throughout modern electric vehicles. Test DC-DC converters, traction inverters, power distribution units (PDUs), auxiliary power systems, and vehicle electrical architectures under realistic operating conditions. Caltest solutions support power conversion validation, dynamic load simulation, regenerative operation, and fault-condition testing to help engineering teams accelerate product development and verification.
Recommended Products
RGS SERIES
2-in-1 Regenerative Grid Simulator
Up to 1.29MVA
High-power-density regenerative grid simulator with optional 2-in-1 load functionality. Delivers up to 24kVA in a 4U chassis and scales to 1.29MVA, with efficiency exceeding 90%.
GSZ SERIES
Regenerative Grid Simulator with PHIL
Up to 1.1MVA
Regenerative 4-quadrant AC and DC power source. Functions as an AC voltage source, DC power supply, current source, AC/DC load, and PHIL Interface.
EA-PSB Series
EA-PSB Compact, Bidirectional DC Power Supplies
Up to 3.84MW
Unidirectional, auto-ranging programmable DC power supply up to 15kW in 3U and up to 30KW in 4U chassis, scalable up to 3.84 MW, with optional water cooling.
EA-PUB/PUL/PU Series
Industrial, Bidirectional DC Power
Up to 3.84MW
Cost-effective, reliable DC power supplies
that offer fast, efficient, and precise output for production and R&D up to 3.84MW.
Featured Resources
Curious about how to use our solutions? Explore our resources tailored to electric vehicle and charging innovators.
