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.
Powered by ActionPower's Advanced Profile Emulation Solutions
As a premier partner for ESS resilience and grid-interoperability validation, ActionPower's extensive history successful projects with our MW and MVA-level testing platforms sets us apart in the global renewable energy market.
We partner with you to meet the world’s most stringent interconnection standards, from IEEE 1547 to UL 1741, reaching up to 10MW and 10MVA with our tower-type testing platform.
Can your energy storage system comply with the latest interconnection requirements and industrial standards from IEEE to UL?
Compliance is the prerequisite for your ESS towards final deployment.
The back-to-back testing application by ActionPower accelerate your ambition with automated testing sequences including under-defined LVRT/HVRT (Low/High Voltage Ride Through), frequency response, and anti-islanding injection, combined with our DC-bus side profile emulation solutions. We are ready to take challenges to overcome the requirements enforced by IEEE 1547, IEC 62933, and UL 1741 and move your utility-scale projects to real onsite implementation.
Fiber-optic synchronization solutions by ActionPower's realizes the compatibility of ultra-high-power parallel of 10MW/MVA while offering minimal phase differences and same dynamics as if single unit.
Energy cost for MW and MVA testing scenario is no longer a worry - we achieve your sustainable goal with 94% regenerative recovery and save mitigate thermal management cost and reduce TOC.
Benefits from the proven grid emulation solutions through 30 years of experience. ActionPower's MVA grid simulator functions at 10MVA power level while offering responses as that of rackmount unit.
Next-generation-matching voltage capability of 1500V/2000V, we are ready to advance your energy storage innovation with ultra dynamics and low-ripple with precise battery profile emulation.
ActionPower’s multi-megawatt testing infrastructure provides the high-fidelity power emulation required to ensure system stability, from standard Grid-Following applications to the most demanding Grid-Forming requirements.
For R&D and type testing, ActionPower provides a high-efficiency back-to-back loop—integrating a battery simulator and a grid simulator to rigorously validate the PCS's bi-directional energy flow and thermal stability without real batteries.
User-defined automated testing sequences and faults injections are available from both AC and DC bus for replicating conversion stage behaviours and validating grid-Code compliance (such as L/HVRT and frequency response) and proofing your systems's grid-forming resilience.
Power Conversion System Testing Solutions
As BESS containers scale to the multi-megawatt range, maximizing cycle life and thermal stability becomes mission-critical. ActionPower delivers high-precision, regenerative cycling tests that replicate real-world energy storage profiles, including SOC-dependent capacity fade mapping and multi C-rate stress testing. Our high-voltage battery test systems (up to 2000V) integrate with bidirectional grid emulation to validate calendar aging, depth-of-discharge optimization, and BMS cycle control logic for IEC 62619/UL 1973 compliance.
Energy Storage Battery Cycling Test
ActionPower provides a coordinated testing environment by interconnecting independent MW-level PV, Battery, and Grid simulators into a unified control framework.
We are ready to take challenges of systematic validation of EMS dispatch logic, Hybrid Inverters, and Pre-integrated BESS by subjecting the EUT to synchronized solar irradiance transients and AC-side load variations. With emulated profile at both dc-side volatility and grid-side disturbances, our programming functions quantifies the system’s Dynamic Power Balancing and Grid-Forming performance during both grid-tied and autonomous islanded operations.
ActionPower’s high-power density towers deliver 1MW/1MVA single-unit power, scalable to 10MW/10MVA. By eliminating the synchronization latency inherent in mass-parallelized modules, we provide the superior dynamic response required to validate megawatt-scale systems against the strictest IEEE 1547 transients and Fast Frequency Response (FFR) requirements.
The TITAN Series represents the pinnacle of DC testing for the ESS industry, delivering 1MW single-unit power to replicate the complex dynamics of utility-scale energy assets. Engineered for high-voltage DC architectures, TITAN provides the precision required to emulate multi-megawatt solar arrays and high-density battery strings within a single, high-bandwidth control loop.
Core Capabilities for ESS Testing
Discover TITAN for PV Simulation
Discover TITAN for Battery Emulation
ActionPower’s TITAN Series provides the industry’s most robust AC emulation for utility-scale ESS, featuring a tower-type architecture that delivers 1MVA single-unit power. Unlike traditional modular clusters that suffer from synchronization latency, TITAN scales to 10MVA without compromising control bandwidth, ensuring the ultra-high dynamic response required to simulate severe grid disturbances, phase jumps, and complex fault-ride-through (FRT) events with over 94% energy efficiency.
Key Features for Grid-Tie Compliance
Discover TITAN Grid Simulator Discover TITAN AC Load Simulator
Testing GFM inverters requires precise control over grid impedance and virtual inertia. Discover how TITAN AC simulators create variable SCR (Short Circuit Ratio) environments to validate your system's stability in both stiff and weak grid conditions.
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Reliable blackstart capability is the last line of defense for micro-grids. Learn how to set up a synchronized testbed to verify the PCS's ability to energize transformers and manage heavy inrush currents during transition to islanded mode.
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In megawatt-scale testing, DC-side ripple can cause premature ageing of capacitor banks and interfere with BMS sensors. Discover how TITAN’s ultra-low ripple output ensures high-fidelity characterization of ESS power electronics.
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Replicating the dynamic impedance and SOC-dependent voltage curves of multi-megawatt battery containers requires high-bandwidth DC simulation. Learn how to validate BMS safety logics and charge/discharge thermal profiles.
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Testing hybrid PV+Storage systems demands high-speed I-V curve tracking. Discover what differentiates a standard power supply from a PV simulator when replicating rapid irradiance transients for utility-scale converters.
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Battery cycling test for energy storage systems measures cycle life by repeated charge-discharge. Discover the fundamental technical explanation and how an automated testing equipment may support the use case.
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Bidirectionality is the backbone of ESS testing, allowing seamless switching between source and load modes. Explore the advantages of >90% energy regeneration when performing full-cycle Round-Trip Efficiency (RTE) validation.
Check Advantages of BidirectionalitySpecification-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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