Enervibe
Energy Harvesting Solutions
Company Overview
Snapshot
Founded in June 2018 by Dan Haronian and Michael Haronian, Enervibe operates with 11–50 employees. The company has raised $4.1M across three funding rounds from five investors. In April 2022, Enervibe secured funding from investors including NextLeap Ventures.
Business overview
Enervibe specializes in developing and producing kinetic energy harvesters that convert movement into electrical energy. Its core technology enables high energy efficiency for wireless sensors and IoT devices. The company serves industries such as automotive, Industry 4.0, and consumer electronics, operating within the Energy Tech sector with a focus on energy consumption and efficiency, as well as operational optimization solutions.
Strategic signal
In April 2022, Enervibe raised $3.4 million, a significant capital infusion that validates its kinetic energy harvesting technology. This funding round, reported by CTech, highlights investor confidence in the company's ability to develop solutions that convert movement into electrical energy for wireless sensors and IoT devices, signaling potential for accelerated product development and market expansion in the energy tech and smart mobility sectors.
Company Intelligence Q&A
- What is Enervibe's primary focus?
- Enervibe develops and produces kinetic energy harvesters that convert movement into electrical energy, primarily for wireless sensors and IoT devices.
- Who are the founders of Enervibe?
- Enervibe was co-founded by Dan Haronian and Michael Haronian.
- What is Enertire?
- Enertire is Enervibe's smart, real-time tire-monitoring system designed to alert drivers and fleet managers about tire conditions, aiming to improve safety, fuel economy, and tire utilization.
- When did Enervibe last raise funding?
- In April 2022, Enervibe secured funding from investors including NextLeap Ventures.
- What is Enershoe?
- Enershoe is a kinetic energy harvester developed by Enervibe for smart shoes, supporting in-shoe sensors and potentially eliminating the need for batteries in some applications.