e-peas is a semiconductor company focused on enabling electronics that run longer, charge themselves or operate without traditional power constraints. The company applies more than a decade of research in ultra-low-power design and energy-harvesting architectures to help engineers build devices that make better use of ambient energy sources and dramatically reduce battery dependence. Its portfolio spans energy-harvesting power management ICs, microcontrollers and sensor solutions, each designed to minimise system consumption while extracting the maximum possible power from sources such as indoor light, outdoor solar, thermal gradients, vibration or RF fields.

The company’s products are engineered for real application conditions rather than laboratory scenarios. That means cold-start thresholds measured in microwatts, fast MPPT response for hybrid photovoltaic cells, integrated protection for storage elements and system level configurability for both low power and high power operating states. Engineers use these devices to extend the life of consumer electronics, industrial sensors, asset trackers, wearables, medical devices, environmental monitors and a growing range of smart infrastructure that cannot rely on frequent battery servicing.

e-peas designs its semiconductors as complete platforms rather than standalone components. Developers can combine PMICs with e-peas microcontrollers and sensors to build fully autonomous nodes that harvest, store, monitor and distribute power efficiently across varying conditions. The company also supports engineers with detailed application notes, reference designs and measurement data that map directly to real deployments, helping teams bridge the gap between concept and production.

With headquarters in Louvain la Neuve, Belgium, and additional offices in Switzerland and the USA, e-peas is positioned to support global development teams building next generation low power and self powered devices. The company’s consistent focus on energy efficiency and practical system design has made it a reference name for engineers working on long life or batteryless electronics.