EMO Energy - 2025 Company Profile, Founder, Funding News and Update

EMO Energy, a Bangalore-based startup founded in 2022 by Sheetanshu Tyagi and Rahul Patel. Specializing in advanced energy solutions, EMO Energy is transforming the future of sustainable power.

ByAshutosh Saxena23 Jun 2025

New Update

Bengaluru-based EMO Energy is a series A startup established by Sheetanshu Tyagi and Rahul Patel in 2022. The company develops battery-powered solutions for electric vehicles. It has more than 21 competitors, such as Exponent Energy, Log9 Materials, and StoreDot.

The company builds battery-powered solutions for electric vehicles. It focuses on innovative battery solutions for high energy and high power needs. It is known for offering portable battery packs and technologies designed to enhance charging speeds and extend battery life for electric vehicles and energy storage systems.

EMO’s mission is to design, make, and bring advanced technology to the masses, with a strong focus on safety, reliability, and performance. It has a team of engineers and designers who are dedicated to making electric mobility for all. EMO aims to make products by combining hardware, software, and user experience.

About EMO Energy

Field	Details
Company Name	EMO Energy
Founders	Sheetanshu Tyagi and Rahul Patel
Headquarters	Bangalore, Karnataka, India
Founding Date	2022
Number of Employees	41 to 60

EMO Mission

EMO's mission is to transform the way we use energy and energy storage by making safe, high-power battery packs. Their advanced, cutting-edge technology allows batteries to charge within 20 minutes and extends their battery life by more than 10 years. It is possible because of their patented Active Thermal Management system, Battery Management System, and Life Extension Algorithm.

Apart from their battery technology, it also provide SENS, a smart AI-driven platform that helps manage battery health and credit management. SENS offers financiers, fleet operators, and insurers even without past data or help the battery pack, even without historical data or OEM input. It helps the platform to understand accurate risk assessments and make smarter decisions during the battery's entire life.