TITAN Series
High-Power Regenerative Grid Simulator

High-Dynamic AC Power Source for Grid-Forming Inverter Validation & Utility-Scale Compliance (IEEE 1547 / UL 1741)

Unique high-power four-quadrant AC power supply uniquely engineered by ActionPower for grid code compliance testing against grid-connected equipment. Featuring the advantages of tower-type system exclusive as defined by ActionPower, TITAN provides high-power scalability with performance and specifications uncompromised, starting from 300 kVA single-cabinet up to a massive 10 MVA testing platform via DMPS and high-speed fibre-optic master-slave parallelling, building a definitive testing environment for utility-scale grid-following and grid-forming inverters, PCS, and DER facilities at the Point of Common Coupling (PCC).

Beyond the excellence in hardware and specifications, our grid emulation software is available through host control where user can arbitrarily define complex grid conditions though SCR and X/R mode, integrated RLC modelling for anti-islanding test, pre-compliance with IEEE 1547, UL 1741 and IEC series, along with custom waveform and sequence automation for saving testing application setup meanwhile operational energy costs and thermal management TCO by regenerative technology returning power to local utility.

Key Advantages of TITAN Regenerative Grid Simulator

• - Tower-type single cabinets ranging from 300 kVA to 1 MVA (750 kVA for CE version), seamlessly expandable to 10 MVA without compromising dynamic performance
• - Ultimate fast slew rate of 1 V/μs, perfectly executing 1 ms sub-cycle grid interruption tests
• - Independent three-phase harmonic and interharmonic injection (2nd–50th order, 1 Hz–3 kHz @ 50/60 Hz)
• - Integrated testing recipes for flicker, LVRT/HVRT, phase unbalance, and ROCOF, strictly aligned with IEEE 1547 and UL 1741 standards
• - Integrated FPGA-based RLC modeling, wavering the essentialness of RLC load bank while saving energy and hardware cost
• - Specifically optimized for the complex closed-loop validation of emerging Grid-Forming (GFM) converters
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