#United States #Austin #EV technology #Ideal Power #B-TRAN

Introduction

In a notable development in the electric vehicle (EV) sector, Ideal Power Inc., a renowned innovator in semiconductor technology, has recently secured a significant order from a prominent global Tier 1 automotive supplier. This order represents a crucial step in promoting the company's proprietary B-TRAN® technology, a highly efficient and innovative bidirectional semiconductor power switch. This technology not only plays a pivotal role in enhancing energy efficiency but is also anticipated to revolutionize solid-state contactor designs for electric vehicles, marking a substantial shift from traditional electromechanical solutions.

Details of the Order

This recent order encompasses a variety of products, including numerous packaged B-TRAN® devices, SymCool® power modules, and solid-state circuit breaker reference design boards. These components are to be evaluated by the Tier 1 automotive supplier for innovative applications in solid-state EV contactor designs. The supplier, which services several of the world’s top automotive manufacturers, has also requested budgetary quotes for millions of SymCool® power modules, indicating a robust interest in integrating Ideal Power’s technology into their upcoming product lines.

B-TRAN® Technology and Its Applications

The B-TRAN® technology harnesses a unique double-sided bidirectional AC switch, which significantly reduces conduction and switching losses while simplifying thermal management and controlling costs within AC power systems. This technology operates far faster than traditional electromechanical components, effectively eliminating arcing and enhancing safety while ensuring reliability through the absence of physical contacts that typically wear over time.

In the realm of electric vehicles, solid-state contactors, such as those powered by B-TRAN®, are crucial. They safely disconnect various subsystems from the vehicle's battery during malfunctions or maintenance. Typically, EVs utilize 5 to 8 contactors to manage high-current and high-voltage loads linked to critical systems including motor drives, heating, cooling, and charging solutions. The implementation of Ideal Power's solid-state systems promises enhanced reliability and versatility, with the added benefit of programmable settings for trip and current limits.

Market Impact and Future Prospects

Dan Brdar, the President and CEO of Ideal Power, emphasized the importance of this order as a landmark moment in the commercialization of B-TRAN® technology. The engagement with multiple significant automotive manufacturers, including Stellantis, underscores the growing trend toward solid-state solutions in EVs. With the rising demand for energy efficiency and safety in electric mobility, the adoption of solid-state contactors is projected to outpace traditional electromechanical systems within the next five years.

As automakers and Tier 1 suppliers increasingly recognize the advantages provided by B-TRAN® technology, Ideal Power is positioned to lead a transformative shift in the automotive industry. The inherent benefits of B-TRAN®, encompassing reduced energy losses and lower costs, coupled with its bidirectional capabilities, establish it as a strong contender against other semiconductor technologies in the EV sector.

Conclusion

The recent order from a Tier 1 automotive supplier not only marks a significant milestone for Ideal Power but also signals a broader evolution in the automotive industry, where solid-state solutions are increasingly being adopted. This shift promises enhanced efficiency, safety, and reliability in the burgeoning electric vehicle market. Ideal Power is well-poised to capitalize on these trends, driving the next generation of automotive technology with its innovative B-TRAN® solutions.

For more detailed information about Ideal Power and its products, please visit their official website at www.IdealPower.com.