The BMS is the unsung hero making sure your battery pack doesn’t turn into a very expensive brick or that your solar-powered cabin doesn’t go dark mid-movie. We design and optimize battery management systems to ensure optimal performance, safety, and longevity.
Battery engineering comes with some serious hurdles. We help you navigate:
Choosing the right chemistry for performance and longevity
Bringing battery concepts into real-world applications
Ensuring efficiency, stability, and integration
Mitigating risks and meeting regulatory standards
Reducing overhead with smarter design strategies
The nexus of these is the sweet spot in battery engineering
Our battery engineering team brings deep expertise in high- and low-voltage applications, active and passive balancing, and both single-board and distributed architectures. We specialize in:
From circuit design to PCBA layout, validation, testing, and manufacturing transition, we provide tailored solutions to meet your needs.
Safety isn’t an afterthought—it’s engineered into every system we design. Our BMS solutions integrate:
Battery systems are complex, but with the right expertise, they don’t have to be a liability. Let’s build a safer, smarter energy solution together.
We've created multiple custom power management devices, typically DC to DC control for fuel cells and battery systems. These products, and others we've created, generally use less than 4kW and require a combination of lightweight and high-efficiency power conversion. We've combined power systems that mix solar, wind, generators, and fuel cells for remote power backup systems in rail crossings, in remote locations like the Arctic Circle or mountainsides, and other remote infrastructure backup power.
Designing power management systems is only half the fun; batteries are another passion of ours. We've created lightweight and high-efficiency DC/DC for military UAVs, underwater ROVs, and vehicles.
Managing and optimizing the flow of electricity for efficient and reliable device or system operations.
Managing DC voltage levels while ensuring the rate of change to prevent damage to sensitive components and stable power delivery.
Managing the charging and maintenance of batteries by integrating different power sources, ensuring optimal charging cycles and longer battery life.
You have the vision. We have the team and expertise to get it built. Let's collaborate to innovate, problem-solve, and de-risk every step of the way.
