Our research showcase

Meet oPEN Thor, a state-of-the-art living lab for the energy transition that, in addition to strategic infrastructure, offers a unique ecosystem of innovation where co-development and co-creation between scientific, industrial and residential partners takes central stage …

The cost-efficient, modular, high performant BMS for all your mobile and stationary energy storage packs The BattSense battery management system with dynamic cell balancing is designed to provide maximal safety, efficiency and an increased lifespan for cell-based electrical …

Batteries have changed the way we power our world. They provide us energy without being wired to a grid and are key to all mobile applications, from microbatteries (e.g. for medical implants or Internet of Things devices), over mid-range batteries (e.g. power tools) to large …

EnergyVille’s dynamic balancing technology allows for individual cells to be charged and discharged during operation. Although individual cells are functioning, at the same time all cells are continually charged and discharged by the application.

EnergyVille’s state-of-charge technology can estimate the amount of energy in a battery up to a few per cents accuracy, depending on its chemistry and application. The technology also takes into account the battery temperature which can have a significant influence on the …

Electric vehicles are becoming a viable alternative for most transportation needs. EnergyVille wants to facilitate the large scale adoption of electric vehicles, and is developing and implementing new concepts for a smart charging system.

The smart grid controller for domestic devices is a control box which allows regular domestic devices to be started ‘automatically’ by an active demand control system. This way the devices can be turned on when this suits the (smart) grid the best, but always within the …

Our DC-safe® technology measures the insulation resistance in direct current (DC) systems on a regular basis and triggers an alarm when the resistance drops beneath a previously defined value.

Ultracaps are electrochemical cells. An operational system requires careful assembly of those cells, inverters and control systems to guarantee safe and dependable operation under all conditions and over long periods of time.

Save time processing battery data, focus on creating battery insight.