ECO-Designed Converters

Sustainable Power Electronics

Our commitment is to align our product development and technological innovation strategies with sustainability and profitability. This approach aims to generate value not only for our company and clients but also for society as a whole.

Frugal fom Ideation to Production

Engaged in programs with leading European institutes and international power electronics companies, we actively promote eco-design and the pursuit of frugal energy solutions. BrightLoop is a key player in the energy transition, consistently striving for resource efficiency. Each component of our converters is carefully selected and expertly integrated into our platform to maximize space utilization. Every element is optimized to minimize weight, volume, and energy consumption.

We integrate gallium nitride (GaN) and silicon carbide (SiC) semiconductors to achieve superior electrical properties, enhancing overall system performance and reliability. The compact design of our converters reflects our frugal use of materials. Through optimized design, our products also reduce the footprint of our production facility.

Reducing the Environmental Footprint

Beyond BrightLoop’s walls, our products are built to support the energy transition throughout their entire lifecycle. Their robustness and efficiency significantly contribute to energy savings, paving the way for future energy solutions. Their compactness and versatility minimize the footprint of the end devices. Wherever high power is needed, BrightLoop ensures it flows in the most sustainable way possible.

Quality and Environmental Certifications

We deliver high-quality, reliable products that meet our clients' needs. Our entire organization is aligned on ISO 9001 quality management standards, from development to manufacturing and delivery. We also refer to the IMDS (International Material Data System) relative to environmental regulations in the automotive industry. Additionally, we have taken the necessary steps to achieve, in the short term, ISO 14001 certification for environmental management systems.

Defying the limits of power conversion

Backed by our long-standing expertise of tailor-made power conversion solutions, we have developed a platform designed to meet the electrification requirements of the most demanding applications, whether industrial or e-mobility related. Drawing on the most recent semiconductor technologies, we anticipate solutions that will play a pivotal role in driving the energy transition.

Our extensive range of off-the-shelf products is the result of in-depth knowledge and expertise in power electronics, mechatronics, and software control. Through multiple design iterations, we make the most of every single component to deliver powerful, ready to use converters. Our products are flexible, compact and lightweight, raising new standards in energy efficiency.

Embedding the latest widebandgap semiconductor technologies

We stay attuned to the latest semiconductor advancements. At the microscale, our low voltage systems embark the most efficient GaN HEMTs (Gallium nitride high-electron-mobility transistors) while our high voltage systems house SiC MOSFETs (Silicon carbide metal–oxide–semiconductor field-effect transistors). SiC- and GaN-based power electronics offer superior performance and size reductions compared with conventional semiconductor devices.

Our engineering teams leverage the intrinsic advantages of wide-bandgap semiconductor technologies. They are thus able to effectively increase power density, optimize thermal dissipation and reduce switching and conduction losses as well as reverse recovery time. We consolidate our technology advance through partnerships with leading electronic component manufacturers, offering our clients the most efficient power conversion systems availble.

Galvanic isolated transformers

Some operating conditions require galvanic isolation of a converter’s input and output stages. Our R&D team has developed a revolutionary approach to DC-DC galvanic isolation, using transformers that operate at high frequencies up to 300 kHz. This innovation results in end-to-end AC-DC conversion systems capable of efficiently handling MW-class demands within a package size 5,000 times smaller than conventional grid-frequency transformers.

This groundbreaking achievement marks an industry first, overcoming the constraints of space and weight associated with bulky transformers and unlocking new opportunities for remote and offshore applications.