Product Name: IBC5000 Maximum Output: Charging 5kW / Discharging 5.25kW Maximum Efficiency: Over 97% Voltage (BUS): DC 50V to 500V Voltage (BATT): DC 240V to 427.5V Parallel Operation: Up to 15 units (75kW) Communication: RS-485 or CAN Dimensions: W220×D420×H130 mm Weight: Under 7kg Product Name: IBC10000 Maximum Output: 10kW Maximum Efficiency: 98.5% (Rated over 98%) Voltage (BUS/BATT): DC 150V to 500V Parallel Operation: Up to 15 units (150kW) Series Connection: Up to 3 units (1350Vmax) Communication: RS-485 or CAN Dimensions: W330×D425×H137 mm Weight: 11kg 【Features】 - High efficiency over 97% - Bidirectional control - Wide voltage range support - Series and parallel connection - Communication support 【Our Strengths】 We value communication with our customers and engage in proposal-based product development. We provide products tailored to needs and support from development to commercialization.

This is a DCDC converter that supports large capacity through series/parallel connections, in addition to wide voltage, high efficiency, and compact design. It can be controlled via RS-485/CAN communication and flexibly responds from customer evaluation and testing to mass production phases. 【Reducing the burden of thermal design and loss countermeasures】 With over 97% high efficiency, power loss and heat generation are minimized. It enhances the freedom of cooling methods and enclosure design, achieving system optimization. 【Standard implementation of bidirectional control】 Charging and discharging functions are realized with a single unit, and the operating direction is automatically switched. This eliminates the need for complex control configurations, allowing for direct integration into EV charging/discharging and battery control. 【From small start to large-scale expansion】 It supports a wide range of voltages and allows for series and parallel connections. It can be easily expanded from verification introduction to high voltage and large capacity systems without changing the design philosophy. 【Design considering the productization phase】 It complies with communication standards and CHAdeMO, reducing redesign risks during mass production and certification stages. It serves as a core power supply that does not stop from development to commercialization. It can be utilized as a core component in various power systems, such as EV charging and discharging facilities, renewable energy collaboration, and BCP applications. *For more details, please download the PDF or feel free to contact us.