flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems

flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems

Vincotech China
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
Summary
flow 2 Power Module with Copper Baseplate delivers superior thermal conductivity and reliability for energy storage and battery systems. Featuring a high-performance copper baseplate, this module reduces thermal resistance and junction temperatures, ensuring extended service life and enhanced efficiency. Designed for versatile applications, it supports multiple DCB sizes and topologies, making it ideal for advanced energy storage solutions. Available with solder or Press-fit pins, the flow 2 module offers robust housing, PCM compatibility, and improved thermal connection through convex pre-bent DCB technology. Its optimized design ensures high thermal capacity and conductivity, meeting international standards for performance and durability in renewable energy and industrial applications.More
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems
  • flow 2 Power Module with Copper Baseplate for Improved Thermal Conductivity in Energy Storage and Battery Systems

Housing dimensions

  • Height: 13 mm / 17 mm
  • Lenght: 107 mm
  • Width: 47 mm

Housing features

  • Several versions / mounting options:
  • 13 or 17 mm housing height
  • Screw assembly for solder and Press-fit pins
  • High thermal conductivity and capacity
  • Copper baseplate for improved Rth
  • Robust housing
  • PCM is available
  • Convex pre-bent DCB for improved thermal connection
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