15KW Power Supply DC DC Converter 40A DC DC Bidirectional Converter

15 KW Bidirectional DC/DC Power Module For Energy Storage / Charging / Discharging System

ANE DT950N15E adopts the latest optimized hardware design, combined with advanced control algorithms and advanced manufacturing technology. It is a real-time bidirectional DC/DC power supply module specially developed for automotive charging and discharging equipment and energy storage equipment. It is compatible with charging and discharging of almost all models. The module has the advantages of ultra-wide voltage range, excellent low-voltage constant current capability, high-power range weighting efficiency, wide temperature limit working range, and minimal standby power consumption. The charging system is safer, more reliable and more adaptable to the environment.

Features:

1. With energy real- time bidirectional flow technology, the switching time is less than 20ms;
2. Dual port startup with port anti- reverse detection and protection technology;
3. Interleaved parallel technology reduces capacitance ripple current and improves module life;
4. Ultra- wide output voltage range, A port (DC200V- DC950V), B port (DC300V- DC900V), to meet the charging and discharging needs of most electric vehicles;
5. Ultra-wide operating temperature range, -40 ℃ ~ +55℃ can achieve full load work, 5℃ higher than the industry products;
6. Modular structure, improve system reliability, maintainability, and easy to expansion;
7. Pulse group active intelligent high- speed discharge technology, automatic bleeder circuit to improve system reliability;
8. Multi-dimensional intelligent fan adjustment to reduce power consumption and noise;
9. The dual intelligent DSP design realizes the full digital control of the charging module and determines the high reliability of the control;
10. Multiple safety protection:input over voltage, under voltage protection; output short circuit protection; over temperature protection; air duct abnormality detection.

Technical parameter

All performance and parameters shall be subject to the latest confirmation of our technical department.