© 2026 Made for Planet • Privacy Policy • Terms & Conditions
Platform by Mission Sustainability
All categories Environmental Technology Gegadyne Energy
Mumbai, Maharashtra, India
Gegadyne Energy is a deep-tech energy-storage company focused on creating next-generation, non-lithium batteries designed to overcome the limitations of traditional lithium-ion cells. Using proprietary nanomaterial-based chemistry and multi-ion technology, the company claims its batteries can achieve extremely fast charging (0–100% in minutes), higher energy density, enhanced safety, and longer operating cycles. These features make their technology suitable for electric vehicles, renewable-energy storage, consumer electronics, and industrial power systems. Gegadyne aims to provide cleaner, quicker-charging, and more sustainable energy storage solutions for a future driven by electrification and decarbonization.
Jubin Varghese, Ameya Varghese
CEO
Operating since 2015
50 Members
Eco-system
Cities and Towns
Gegadyne Energy
1️⃣ Advanced Nanomaterial Engineering Uses specially designed carbon-based nanomaterials Increases surface area and conductivity Allows faster ion movement → ultra-fast charging
2️⃣ Multi-Ion Battery Chemistry Unlike lithium-ion, Gegadyne uses multiple ions for charge transfer Reduces dependence on lithium Improves safety and energy storage efficiency
3️⃣ High Energy-Density Cell Design Optimized internal structure Packaged to store more energy per unit volume Helps EVs achieve longer driving range
4️⃣ Ultra-Fast Charge Technology Uses advanced electrolytes + high-conductivity materials Stable at high power input Can charge from 0% to 100% in minutes
5️⃣ Proprietary Electrolyte Formulation Custom liquid/gel electrolyte designed for: High ion mobility Thermal stability Longer cycle life Safety against overheating or fire
6️⃣ AI-Driven Battery Management System (BMS) Uses algorithms to optimize: Charging rate Temperature control Health diagnostics Extends battery life and efficiency
7️⃣ Modular Pack Architecture Battery packs are built in modules Easy to scale for: EVs Stationary storage Electronics
8️⃣ Rapid Prototyping & Testing Uses simulation tools + real-world lab testing Ensures performance in: High load conditions Fast charging cycles Long-term durability
Found any error in information about this organisation?
