Energy Independence starts here
We engineer advanced energy storage systems, source next-generation battery materials, and design the processes that turn electrochemical innovation into bankable, market-ready projects
ABOUT ALTADER
Engineering energy solutions from concept to commercialization
We engineer advanced energy storage systems, source next-generation battery materials, and design the processes that turn electrochemical innovation into bankable, market-ready projects.
Dr. Safak Dogu
Founder / CTO
Dr. Ilknur Karadagli
Director of Research
Erhan Sahin
Director of Business Development
Onur Turkoglu
Director of Operations
TECHNOLOGIES
Technology engineered for the energy transition
From advanced energy storage systems to next-generation battery materials, Altader develops and integrates technologies designed for real-world energy applications.
Fast Charging 2D-LFP Cathode
High-Power LFP for Rapid Charging — Controlled Morphology and Tunable 2D Structure for High-Rate PerformanceAn advanced 2D LFP cathode technology based on controlled particle morphology and a tunable two-dimensional LFP structure engineered to facilitate faster lithium-ion transport and improved electronic connectivity. By tailoring the morphology, dimensionality, surface characteristics, and electrode architecture, the technology addresses the intrinsic kinetic limitations of conventional LFP while retaining its fundamental advantages in safety, thermal stability, long cycle life, and cost.
The platform is designed for rapid-charge EVs, high-power BESS, grid resilience, and industrial energy-storage applications, enabling higher charging rates through improved ion and electron transport and reduced polarization. The combination of controlled morphology + tunable 2D LFP structure provides a materials-level pathway toward high-power LFP cells that can leverage established Li-ion manufacturing infrastructure.
Micro-Anode
Low-Cost Microcrystalline Graphite for Advanced Anodes MICRO-ANODE™ — Turning Natural Microcrystalline Graphite into a High-Value Battery AnodeA proprietary approach to transforming low-cost natural microcrystalline/coaly graphite (MCG) and recovered graphite resources into engineered active anode material for Li-ion and potentially Na-ion batteries. The process combines particle-size engineering, impurity removal, thermal/alkaline treatment, acid leaching, surface engineering, carbon coating, and controlled thermal processing to produce a battery-grade carbon material from resources that are traditionally considered difficult or uneconomic to use directly.MICRO-ANODE™ creates a pathway toward a more geographically diversified and potentially lower-cost anode supply chain by converting abundant domestic and secondary carbon resources into engineered battery materials. The platform is particularly attractive for LFP and stationary-storage cells, where cost, long cycle life, resource security, and scalable manufacturing are critical. Its longer-term potential extends to recycled graphite, MCG–Si composites, doped carbon materials, and Na-ion anodes.
Nano-Composite Si-C Anode
High-Capacity, Durable Silicon–Carbon (Si–C) NANO-COMPOSITE ANODE — High Energy Density with Enhanced Structural Stability A next-generation silicon–carbon nano-composite anode designed to overcome the fundamental challenges associated with silicon expansion and contraction during repeated lithiation and delithiation. The technology integrates nanoscale silicon with engineered carbon architectures and hydroxylic functional components to improve interfacial bonding, electrode integrity, and accommodation of mechanical stresses during cycling. By combining the exceptionally high-capacity potential of silicon with the electrical conductivity and structural advantages of carbon, the platform targets higher energy density while maintaining electrode integrity and cycling performance. The technology is particularly suited for fast-charging EVs, high-energy LFP/Si–C cells, and next-generation lithium-ion batteries, with potential compatibility with established Li-ion electrode manufacturing infrastructure.
Industries
Powering the industries of tomorrow
Advanced energy technologies engineered for diverse applications and markets
Mobility
Grid Storage
Consumer
Commercial & Industrial
CONTACT US
Let's build the future energy together
Get in touch with Altader to discuss technology, partnerships and project opportunities
Email: info@altaderenergy.tech
Phone: 480-221-6688
Location: 3133 W Frye Rd Ste 101, PMB 3026 85226, Chandler, AZ