EEE Energy Private Limited has entered into a strategic MoU with Toshiba India Private Limited to collaborate on the development, assembly, and testing of advanced lithium battery packs using Toshiba's SCiB™ technology.
This milestone strengthens our global alignment in delivering safe, high-performance, and fast-charging energy storage solutions — marking the beginning of a long-term journey toward innovation in energy storage.
"This collaboration with Toshiba reinforces our vision to be a global leader in advanced lithium battery solutions, while enabling cutting-edge innovation in mobility, automation, and energy storage."
Development of advanced battery packs using Toshiba SCiB™ (LTO) cells
Assembly and testing of high-performance energy storage systems
Addressing the growing demand in the Indian market across multiple sectors
Ultra-fast charging, extreme cycle life and superior safety — Toshiba's hallmark lithium titanate oxide cell chemistry.
SCiB™ cells deliver the highest abuse tolerance in the industry, meeting the most demanding safety standards globally.
Over 20,000 charge-discharge cycles — engineered for applications where longevity and reliability are non-negotiable.
Joint development aligned with international IEC, MIL and rail/marine certification frameworks.
Adhiyamaan College of Engineering Hosur has signed an MoU with EEE Energy Private Limited, Krishnagiri, to strengthen industry–academia collaboration.
The partnership focuses on Internships, Skill-Based Training, Product Development, Knowledge Exchange, Placements, Research, and Innovation Support. It also includes joint initiatives such as Workshops, Seminars, FDPs, and Hackathons to enhance practical learning.
This collaboration aims to bridge academic learning with real-world applications.
Internships, Skill-Based Training, and Placements for students to gain hands-on industry exposure
Joint Product Development, Research, and Innovation Support leveraging academic and industrial expertise
Knowledge Exchange through Workshops, Seminars, Faculty Development Programmes (FDPs), and Hackathons
Bridging academic learning with real-world industrial applications towards sustainability and technological excellence
A structured MoU creating a continuous bridge between classroom learning and live industrial practice at ADIRATH.
Targeted training programmes covering battery technology, BMS, robotics, automation, and new product development.
Collaborative R&D projects enabling students and faculty to work on cutting-edge energy storage and automation challenges.
Priority placement pathways and internship pipelines connecting top talent directly into ADIRATH's growing workforce.
