Redefining How Energy Moves: Data Centers

Solid state circuit protection is an essential element in the migration to 800V DC AI data centers as the higher operating voltages and currents surpass the limits of traditional circuit protection, resulting in increased energy loss and inadequate fault response times that can damage sensitive equipment and reduce operational time. B-TRAN® solid-state solutions deliver monolithic bidirectional operation, ultra-fast fault isolation and lower energy losses for more efficient and reliable data center operation.

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Redefining How Energy Moves: Energy Storage Systems

B-TRAN® enables native bidirectional switching with ultra-low on-state voltage, reducing losses while simplifying system design for more efficient, compact, and thermally optimized energy storage systems.

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Redefining How Energy Moves: Energy Grids

B-TRAN® powers ultra-fast solid-state circuit breakers – operating ~1000× faster than mechanical options, quickly containing fault energy while boosting efficiency and scalability across modern energy grids.

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Redefining How Energy Moves: EV / EV Charging

B-TRAN® enables fast, low-loss, bidirectional switching for EVs and charging systems, improving efficiency, extending range, and enhancing reliability in battery disconnect units and EV contactors.

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  • Data Centers
  • Energy Storage Systems
  • Energy Grid
  • EV / EV Charging

B-TRAN®

The innovative B-TRAN® bidirectional high voltage power switch delivers ultra-low loss, high-efficiency performance with simplified design, power density and lower system cost.

SymCool®

The SymCool® power module is a bidirectional, double-sided cooled switch built on B-TRAN® technology for medium and high current power applications that include solid state circuit breakers, static transfer switches, EV contactors and battery disconnect units

B-TRAN® Die

Bidirectional high voltage power semiconductor known good die enabling ultra-low loss, high-efficiency switching performance.

Redefining How Energy Moves

B-TRAN® is a patented bidirectional power switch designed to deliver ultra-low conduction losses and native bidirectional operation in a single device. Built on a bipolar architecture and available in double-sided cooled implementations, it is designed for high-efficiency static switching applications where performance, thermal management, and compact system design matter.

DATA CENTERS

Powering uptime with faster protection and lower losses.

B-TRAN® based solutions enable ultra-fast fault isolation and low conduction losses, improving efficiency and reducing heat generation. Solid-state designs eliminate mechanical wear, enabling faster response times and more reliable protection for high-density power architectures.

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ENERGY STORAGE SYSTEMS

Maximizing battery efficiency with intelligent, bidirectional power control.

B-TRAN® provides native bidirectional switching with ultra-low on-state voltage, reducing losses and simplifying system design. This enables more energy efficient and compact battery disconnect units and solid-state circuit breakers to protect battery storage systems.

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ENERGY GRID

Revolutionizing How Energy Moves.

B-TRAN® enables solid-state circuit breakers that operate up to 1000x faster than mechanical alternatives, reducing fault energy and improving system protection. Its low conduction losses and compact design enhance efficiency and scalability across renewable and grid applications.

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EV / EV CHARGING

Faster, cooler, and more efficient charging infrastructure.

B-TRAN® enables high-efficiency AC and DC switching with rapid fault interruption and reduced thermal stress. Its low losses and compact design support higher power density and more scalable charging systems.

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