TITAN Series
Battery Simulator Power Supply
High-Voltage Bidirectional DC Platform for E-Mobility, ESS, and Converter Testing

Developing component prototypes such as inverters for DERs like windturbine and solar farm or EV charging system, onboard chargers and V2G technology research, usually requires validating its reliability and stability in operation when connected with, as what will eventually happen in real world after their implementation, a high-voltage and high-power battery system. However, it is fundamentally unrealistic for any EV manufacturers and energy system integration companies to have at their disposition a real battery systems to which then can connect their products for validating, either for reasons of lack of controllability and the high cost. A battery simulator power supply is what you should rely on by contrast, to achieve better effectiveness and testing sequence automation.

TITAN Battery Simulator Power Supply, with legacy model name of ABS series, is a bidirectional power testing equipment that offers maximum level of 2000 VDC and offers parallel connection options for building testing platform with 10MW as maximum power rating of the same. The system's bidirectionality emulates a battery's operation pattern of both consuming and producing battery from one unit, further supported by smart built-in interfaces and remote softwares for users to configure at their discretion and emulate the required battery charging and discharging profile against their products, along side with versatile options for simulating batteries of various chemical compositions.

Highlighted Features

• - DC output voltage covers range from 20 to 1500 VDC or 2000 VDC
• - High Precision: Voltage accuracy ±0.1% F.S., Current accuracy ±0.1% F.S.
• - High Dynamics: Titan series products' load rise/fall time (10%–90%) is 2 ms, positive/negative load switching time (-90%–90%) is 4 ms; voltage slew rate of 200 V/ms;
• - Parallel connection for upscaling to 10MW output power
• - Comprehensive battery chemistry profiles and emulation (LiMn204, LiCoO2, LiFePO4, NiMH, LiTiO2, PbO2, Ternary Li...)
• - Open 1st-, 2nd-, and 3rd-order RC battery models; Simulink battery models upload supported
• - Bidirectional power operation capability and regenerative load technology that recovers 94% power recovery
• - Internal resistance setting and programming through smart software
• - CC, CR, CV, CP output modes supported

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