TPS-BM1613K6TIF Bidirectional Power Module

The TPS-BM1613K6TIF is a high-performance three-phase AC-DC bidirectional power module (Three-phase AC-DC bidirectional module) designed to realize seamless bidirectional energy conversion in three-phase systems. As a no neutral line current power module, it eliminates the issue of neutral line current in power systems, ensuring stable and efficient operation. Adopting mature soft switching technology (Soft switching technology power module), this module delivers enhanced reliability and efficiency, making it suitable for various industrial applications such as cell formation test equipment (Cell formation test power module), power bidirectional test equipment (Power bidirectional test equipment module), and energy recyclable power aging equipment (Energy recyclable power aging module).

With high efficiency of 91%@415VAC in AC to DC direction and 90.5%@415VAC in DC to AC direction (91%/90.5% high efficiency power module), it effectively reduces energy consumption. It features a high power factor (PF >0.99@480VAC full load, High PF >0.99 power module) and low total harmonic distortion of input current (THDi <5%@480VAC full load, Low THDi <5% power module), ensuring excellent compatibility with power grids.

This 13600W/9500W bidirectional power module (13600W rated output capacity in AC to DC direction, 9500W rated input capacity in DC to AC direction) accepts 380/400/415VAC input (380/400/415VAC input module) with a voltage range of 323~456VAC and a frequency range of 50/60±5Hz. It provides 16VDC output (16VDC output power module) with a rated current of 850A (AC to DC) and 593.8A (DC to AC, 850A/593.8A output current module), while the AC input current is ≤27A (27A input current module).

Key Features

• Bidirectional Energy Flow: Supports three-phase AC-DC bidirectional isolation and energy flow, with seamless voltage switching to meet the fast response requirements of test equipment.
• Advanced Technologies: Utilizes mature soft switching technology for improved reliability and efficiency; achieves high PF (>0.99) and low THDi (<5%) for optimal grid performance.
• High Efficiency: Boasts peak efficiency of 91%@415VAC (AC to DC) and 90.5%@415VAC (DC to AC), contributing to energy savings for users.
• Robust Adaptability: Adapts to unstable grids and harsh environments, operating at full load from -10°C to 45°C, with derating specifications for higher temperatures; equipped with perfect fault protection functions.
• Cooling & Communication: Features forced air cooling (Forced air cooling power module) with intelligent control and CAN communication (CAN communication power module) for efficient operation and monitoring.
• Compact Design: Measures 268mm86mm435mm (268mm86mm435mm power module) and weighs 10.5kg (10.5kg bidirectional power module), suitable for space-constrained installations.
• Certifications & Compliance: Can pass UL, CE, TUV certification (UL CE TUV certified power module) and meets EN55032 and other international standards (EN55032 compliant power module).
• Expandability: Modular design supports intelligent expansion with up to 4 units connected in parallel for flexible system scaling.