Joanes is a BMS researcher and engineer at CIDETEC Energy Storage. He holds a Bachelor’s degree in Energy Engineering and a master’s degree in industrial Electronics. His work focuses on the design and development of Battery Management Systems (BMS), covering the complete process from PCB design and electronics development to validation and implementation in real applications. Within the InnoBMS project, Joanes contributes his expertise in advanced BMS technologies, helping develop innovative solutions for safer, smarter and more efficient battery systems.
What was your original motivation to become a researcher/project manager?
My motivation has always been to work on technologies that can accelerate the energy transition and have a real impact on society. During my studies, I became particularly interested in power electronics and energy storage systems, which led me to specialize in battery technologies and Battery Management Systems. Research gives me the opportunity to solve challenging technical problems and transform innovative ideas into practical solutions.
What is your (main) research area today?
My main research area is the design and development of Battery Management Systems. This includes hardware and PCB design, embedded electronics, battery monitoring and control strategies, and the integration of BMS solutions into real-world applications. I work with systems ranging from light and heavy-duty mobility to stationary energy storage and space applications.
What is the main focus of your team in InnoBMS?
Our team focuses on the development of advanced BMS technologies that improve battery performance, reliability and, above all, safety. Within InnoBMS, a key part of our work is the development of advanced algorithms for the early detection of thermal runaway precursors and lithium plating phenomena, enabling preventive actions before these events can compromise battery operation. We combine battery modelling, signal analysis and BMS integration expertise to validate these functions and support the development of safer and more intelligent battery management systems.
Could you describe your favourite moment/satisfaction when working for the project and – more in general – for your organisation?
One of the most satisfying moments is seeing a design evolve from an initial concept on a PCB schematic to a fully operational system in a real application. Working at CIDETEC also provides the opportunity to collaborate with leading industrial and research partners, turning innovative ideas into technologies that can be deployed in the market.
How do you expect InnoBMS results will affect your organisation and the battery sector?
I believe InnoBMS will help advance the state of the art in battery management by enabling more accurate monitoring, improved safety and better battery performance. For CIDETEC, the project strengthens our expertise in next-generation BMS technologies, while for the battery sector it contributes to more reliable, efficient and sustainable energy storage solutions.
