Multiple Programmable Power Conversion Paths
In light of the rapid and essential expansion of all-electric applications and the hydrogen economy, BrightLoop has developed a universal power conversion platform that sets a new standard in power electronics.
Our power modules are based on a unique cellular power conversion topology integrating multiple programmable power paths, each composed of identical switching cells and passive components. These power paths function as sub-converters, operating in parallel to support bidirectional AC/DC or DC/DC conversion. What’s more, modules can be stacked in parallel to achieve megawatt-level power.
The performance and versatility of this nested hardware architecture are enhanced by BrightLoop's sophisticated software, which enables real-time control and monitoring of each sub-converter independently. This software provides access to a wide range of configurable parameters, facilitating autonomous and intuitive setups for any application.
Our platform serves as a building block for our entire product line. Minimal hardware and software adjustments are needed to transition from one product or application to another. This product-application-centric approach significantly reduces the design phase and time-to-market for clients.
In constant evolution, our technology roadmap oscillates between design optimization and the integration of the latest semiconductor innovations, including SiC and GaN power devices. As a result, the boundaries of modularity, scalability and power density are relentlessly pushed back.
BrightLoop Product Designation System
Our product codes reflect the limitless versatility of our power conversion platform. It consists of five functional designators that describe and distinguish each product.
