TPS-BM143400SIR Bidirectional Power Module

The TPS-BM143400SIR Bidirectional Power Module is a high-performance 3400W AC-DC Bidirectional Module, part of the TPS-BM143400SI(R) series, designed for reliable energy conversion in industrial applications. As an AC-DC Bidirectional Isolation Module, it enables seamless two-way energy transfer between AC and DC sides, making it suitable as a Grid-Connected Inverter Power Module for stable grid interactions. It features high efficiency with 91% efficiency in AC to DC conversion (High Efficiency Bidirectional Power Module) and 87% in DC to AC conversion, along with rapid mode switching in less than 10ms (<10ms Switching Bidirectional Module), ensuring quick adaptation to dynamic power demands. It maintains excellent power quality with a high power factor (PF>0.99, High PF>0.99 Power Module) and low total harmonic distortion (THDi <5%, Low THDi <5% Power Module) under full load conditions. As a Single-Phase LV AC-DC Module, it operates with an AC input range of 176~264VAC and delivers a stable 14VDC output (14VDC Output Bidirectional Module) with a rated current of 243A (243A DC Output Power Module). Equipped with a Forced Air Cooling Power Module system (rear to front airflow, specific to the R type), it adapts to harsh environments, classifying it as a Harsh Environment Adaptable Power Module. With a Modular Bidirectional Power Module design, it supports up to 8 units in parallel for scalable power solutions. It complies with EN55023 (EN55023 Compliant Power Module) and can be UL/CE/TUV certified (UL/CE/TUV Certified Power Module), making it ideal for Cell Formation Testing Power Module, Power Bidirectional Testing Module, and Energy Recyclable Power Module applications, fitting the Medium Capacity Bidirectional Power Module category.

Key Features

• High Power & Efficiency: 3400W capacity with 91% AC-DC and 87% DC-AC efficiency, ensuring energy-saving performance in industrial setups.
• Superior Power Quality: PF>0.99 and THDi <5% to meet strict grid standards and minimize interference.
• Rapid Switching: <10ms mode switching for quick response to dynamic power demands in bidirectional systems.
• Modular & Expandable: Supports up to 8 units in parallel, offering flexible scalability for medium capacity needs.
• Durable Design: R-type forced air cooling (rear to front airflow) and harsh environment adaptability, certified for safety and compliance with EN55023.