Enervibe
We revolutionize data collection from moving IoT’s by a ground-breaking kinetic energy harvester, enabling billions of devices to operate sustainably with self-sustaining, zero-emission power.
About Us
Enervibe revolutionizes data collection from moving IoT’s by harnessing ground-breaking kinetic energy harvester, enabling billions of devices to operate sustainably with self-sustaining, zero-emission power
This breakthrough solution excels in minimizing size and weight while maximizing power efficiency and durability.
Our technology transforms kinetic energy into electrical power, enabling self-powered sensors that can wirelessly charge and transmit IoT data via Bluetooth to external systems. This capability unlocking new possibilities for smart, autonomous solutions, where advanced analytics can be used and improve processes and life time.
The Enervibe platform is versatile and adaptable across industries, including automotive, Industry 4.0, wearables, and defence.
Our flagship product, the Enertire™ – a smart tire sensor designed for commercial fleets, provides an all-in-one tire management solution. It delivers measurable value by reducing costs, enhancing cost saving, safety, and promoting sustainability.
Currently in the pilot stage, Enervibe is poised to commence commercial sales by 2025.
Relevant Challenges
Clean Energy Sources
Enabling zero emission energy via kinetic energy harvester
Automated Systems
Providing fleet tire data in order to save fuel, tire wear and down time and overall tire management system
Predictive Maintenance
Provide all tools to enable tire predictive maintenance
Smart Manufacturing
our self power sensors enable significant capabilities related to predictive maintenance and smart manufacturing
Fleet Management
Our system is integrated into the telematics fleet management providing tire management data and alerts
Vehicle Oriented
The system is able to reduce truck accidents by 40% by providing alerts related to overload, flat tire prediction, unbalanced weight and high temperature
