Discover ActionPower's experience in the field of power electronics throughout 30 years of growth and successful track of industrial solutions.
Explore ActionPower's comprehensive range of programmable power and automated testing equipment covering AC/DC, profile emulation and testing sequence automation.
ActionPower combines our advanced programmable power with sophisticated softwares for diverse profile emulation solutions as well as versatile functioning realization.
ActionPower supports technological advancement for our users from various industries with flexible, sophisticated and multi-functional programmable power systems and profile emulation solutions.
ActionPower's range of testing equipment and ATEs provide comprehensive solutions for EV battery modules and packs, BMS, OBC/BOBC and EVSE, with world-class precision and responsiveness proven by industrial leading brands of electric vehicles including BYD.
The dynamic and shifting driving conditions when an electric vehicle is heading on the road stands for the fundamental technical challenges for which traction, charging, and auxiliary sub-systems continuously alternate between power sourcing and sinking, with bidirectionality featuring its highly dynamic system interaction. Further challenges lie with charging, regenerative braking, and V2X scenarios where AC and DC interfaces coordinate with each other for systematical consistency.
As a result, EV testing requires programmable, bidirectional, and regenerative power systems capable of emulating real-world electrical behaviors rather than static operating points. Accurate validation depends not only on steady-state performance, but on how power electronics react to dynamic load steps, polarity reversals, grid disturbances, and energy feedback throughout the entire test sequence.
Compatible to various communications protocols and with scalability to reach any desired power level.
Easy maintenance and reduced time for repair. All individual modules can be removed, replaced and upgraded without compromising the system's function or causing any downtime.
Supported by smart software of user-friendly HMI that offers built-in tag-based scenario simulation recipes, visualized data and result report generation.
Versatility and advanced capability to simulate complex real-world grid scenarios and dynamic driving factors to test and validate your EV system.
Testing properly Electrical Vehicles, and EVSE (Elevtric Vehicle Supply Equipment) which matters for accelerating the shift from internal combustion to electric mobility, is critical to ensuring a smooth user experience including charging speed, safety, compliance to regulations and standards like ISO 15118, IEC 61851, GB/T, UL 2202, etc., and broad EV acceptance for broad commercial acceptance.
ACTIONPOWER's Full Range of Power Testing for EV/EVSE:
ACTIONPOWER delivers compact OBC, BOBC, and DC/DC test systems with bidirectional power, fast transients, and programmable loads, supporting validation, compliance, and production testing in accordance with GB/T, ISO 21498, and LV123.
A compact and modular all-in-one solution tailored for OBC and DC/DC converter power testing. Designed for high efficiency and flexibility, it integrates key instruments and supports full-process automation with one-click reporting.
Key Features
AMS electronically replicates induction and synchronous motors with programmable speed, torque, and operating profiles, enabling precise validation of motor control units without a physical dynamometer. With integrated battery emulation and AC/DC bus connectivity, it functions as a flexible ATE platform for development and end-of-line testing—delivering higher safety, controllability, and lower test cost.
Key Features
BTS is a high-precision, modular battery cycler automated testing system covering traction battery pack testing for EV and battery pack for ESS applications.
With bidirectional charge/discharge, automated test cycles, and Power-HIL architecture, it simulates real driving profiles, regenerative braking, and fault conditions—without physical vehicle hardware—supporting R&D, verification, and production testing.
Key Features
Actionpower awarded TDK North China the Strategic Partner Award in recognition of their outstanding support in product optimization, reliable delivery, and high-quality components—crucial during Actionpower’s milestone year of going public.
Geely as one of the leading EV brands in China partners with ActionPower for implementing verification and validation power testing equipment for their end-of-line.
ACTIONPOWER secures key partnership with BYD, providing advanced EV testing systems to support high-performance validation and accelerate innovation in electric vehicle development.
As a leading provider of testing equipment and solutions for new energy vehicles, ACTIONPOWER has established a strategic partnership with BYD to jointly advance high-efficiency, intelligent, and standardized testing of core EV components.
The collaboration spans OBC, DC-DC converters, and EVSE testing, building comprehensive platforms aligned with international standards and empowering BYD’s leadership in technology and quality.
Discover how those grid-connectivity requirements specified in IEEE 1547 may apply for EVSE under V2g operating conditions which represents a new form of DERs.
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Explore the standard scenarios of EV charging set by applicable regulations as well as how charging technologies have been developed with the advancement of smart grid
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Discover how battery cycling test ATE system validates the lifecycle, reliability, charging and discharging efficiency through programmed and automated testing sequence with user-defined settings to emulate real-world operation conditions.
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Understand how SOC and SOH are referred to and estimated as the parameters that represent an EV battery's health and operation states. This is the comprehensive article for you.
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EV charging equipment which transfers AC power from grid into either high power DC or low-power AC for EV charging should withstand grid anomalies to ensure safety and robustness. Discover how programmable power supports this grid-compatibility validation
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A holistic introduction to the structure of EV battery and let you understand how it is architectutred from cell to module and pack.
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Onboard chargers are the key gateways from where external power fed to the EV traction battery is properly transitioned into DC power flow for storage. Discover how this process is validate with programmed power supplies.
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A successful design of BMS during R+D stage paves the foundation for a whole-system's reliability when it scales up to powertrain and then a complete EV for commercial and civil use.
Read the ArticleSpecification-matching testing and simulation solutions need discussion of both parties. Actionpower welcomes you inquiry to study together with us about how we can automate your testing processes.
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