// TEST SOLUTIONS

Battery Simulation -
Battery Emulator

Battery Simulation - Battery Emulator

Powerful testing solutions for battery-tied power electronics and components

Powerful testing solutions for battery-tied power electronics and components

Authorised Distributors For

Authorised Distributors For

Clandestine Logo
Clandestine Logo
Clandestine Logo
Clandestine Logo
Clandestine Logo
Clandestine Logo
Clandestine Logo
Clandestine Logo

Emulate Battery for Various Testing Applications

Emulate Battery for Various Testing Applications

Battery emulation refers to the use of programmable, bidirectional power systems to reproduce the electrical behavior of real batteries under controlled, repeatable, and risk-free conditions. ActionPower’s expertise in battery emulation extends to megawatt-level testing, supporting both renewable energy system validation and high-voltage EV testing, including MCU, OBC and DC/DC converters, megawatt charging systems, EVSE infrastructure, and V2X application scenarios.

Battery emulation refers to the use of programmable, bidirectional power systems to reproduce the electrical behavior of real batteries under controlled, repeatable, and risk-free conditions. ActionPower’s expertise in battery emulation extends to megawatt-level testing, supporting both renewable energy system validation and high-voltage EV testing, including MCU, OBC and DC/DC converters, megawatt charging systems, EVSE infrastructure, and V2X application scenarios.

Technical Advantages

Technical Advantages

What features differentiate ActionPower's battery emulation solutions

Controllable & Dynamic Battery Behavior Modeling

Non-linear battery reaction emulation with programmable SoC and SoH settings supported by internal resistance and multi-order RC equivalent circuits. Reproduction of realistic voltage sags, efficiency variations, transient response across operating conditions.

Bidirectional Energy & Regenerative Load Technology

Seamless transition between sourcing and sinking without interruption and mode switching delays for reproducing battery charge and discharge behavior. Energy recovery with regenerative technology when charging for clean grid interaction, long-duration cycling and sustainable high-power testing.

High-Speed Transient Response & Control Fidelity

Millisecond-level current and voltage dynamics to expose real-world transient stress on power electronics and control systems. Dynamic and precision emulation of step loads, regenerative events, and abrupt operating transitions for fault, logic and control loop validation.

MW-Level Scalability with Consistent Dynamics

Synchronizaed parallel operation for scale up to MW-level battery emulation matching grid-scale ESS testing and V2X EV validation while preserving communication integrity and transient response across all units. Multi-station application and uncompromising control stability or test accuracy.

// CONTACT

Get In Touch With Us.

Get In Touch

Our representatives will be in touch with you shortly.

© 2026 TangenTest. All rights reserved.

Email:

sales@tangenttest.com

Email:

sales@tangenttest.com