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Power Electronics for Maximum Power
Bandgap Technologies designs & manufactures next-generation power conversion products using wide bandgap semiconductors (SiC and GaN), which address the growing and increasingly complex power needs of AI data centers, electric vehicles, and defense & aerospace systems.
Responding to New Electrification Challenges
We are entering a Second Age of Electrification, as the world copes with massive new electricity needs that didn’t exist just a few years ago. AI data centers, electric transportation, EV charging, and aerospace & defense systems require unprecedented amounts of electricity, driving demand for new means of electric power generation, conversion, and distribution.
New Power Electronics Demands
New solid state transformers, along with technologies for DC power distribution and conversion, are required to support expansion of AI data centers and electric vehicle charging infrastructure. More powerful, compact conversion devices are needed to modernize aerospace and defense power systems. The electric power grid must be modernized to meet these needs, while integrating renewable and distributed energy resources such as solar and wind power.
Key new requirements include higher voltage limits & power density, greater efficiency, and improved software
Solutions
What We Deliver
Bandgap Technologies delivers a broad range of power electronics components and systems using wide bandgap semiconductors. Our proprietary multi-use hardware/software platform enables a single architecture to serve as an inverter, rectifier, DC-DC converter, or solid-state transformer — maximizing up-time and minimizing total cost of ownership.
Core Components
SiC and GaN-based building blocks for advanced power conversion devices and systems.
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Inverters & Converter Modules
Reliable AC-to-DC and DC-to-DC conversion for the most demanding and specialized applications.
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Solid-State Transformers
Convert medium voltage AC grid power to distributed DC power for data centers, EV charging stations, and other mission critical facilities.
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Integrated Power Systems
Modular power generation and energy storage systems to provide the right distributed energy resources when and where they are needed.
Learn MoreWhat Sets Us Apart
Bandgap Technologies’ power electronics innovations maximize the electrical, thermal, and packaging benefits of wide bandgap semiconductors. Our modular hardware and software designs enable us to offer customized solutions using standardized building blocks, expanding the range of applications that can make cost-effective use of WBG technology.
Higher Performance
WBG semiconductors can operate at higher voltage and switching frequencies. Our products harness these capabilities to deliver more power, higher power quality, and greater efficiency than competing power converters using traditional silicon semiconductors
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Improved Fit and Function
Higher efficiency and improved harmonics reduce demands on power converter filter components and heat sinks, reducing converter size and weight.
Learn More Lower Cost of Ownership
Smaller components reduce converter costs, and small converters can reduce the costs of the systems in which they operate, particularly in space-constrained environments such as data centers or compact power plants for mobile land, sea, and air systems.
Learn MoreQuestions
Find answers about our wide bandgap technology and how it works
What is wide bandgap?
Wide bandgap semiconductors like silicon carbide and gallium nitride have larger energy gaps than conventional silicon. This allows them to handle higher voltages, frequencies, and temperatures while generating less heat. The result is more efficient power conversion in demanding applications.
Wide Bandgap Advantages
Higher breakdown voltage, switching speed, thermal tolerance vs. silicon
SiC: High voltage/power (1,500 V DC)
GaN: High-frequency compact designs
How do they improve efficiency?
Wide bandgap materials reduce switching losses during power conversion. Less energy is wasted as heat, which means smaller cooling systems and lower operating costs.
What applications use these?
Our components serve electric vehicle charging, renewable energy systems, industrial power supplies, and data center infrastructure. Anywhere that demands high power density and reliability benefits from wide bandgap technology.
Are your products reliable?
Our designs have been proven in critical applications for years. We conduct rigorous testing and qualification to ensure consistent performance under extreme conditions. Reliability is built into every component we manufacture.
How do I get started?
Contact our team to discuss your application requirements. We can help you select the right components or converter system for your needs. Our engineers are ready to support your project from concept through deployment.
Ready to transform your power systems?
Contact us for more information on wide bandgap semiconductors and how they can be used to meet your power needs.
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