Strategic Objectives
• Master the mechanics of decoupled energy and power scaling.
• Optimize fluid dynamics for maximum electrolyte efficiency.
• Eliminate degradation through advanced crossover mitigation techniques.
• Design scalable tank and pump systems for industrial applications.
The Core Challenge
Traditional static batteries face physical limits in scaling, safety, and longevity for the modern grid.
01
The Decoupled Advantage
02
The Laws of Electron Transfer
03
The Redox Paradigm
04
Vanadium: The Single-Element Solution
05
The Fluid Mechanics of Storage
06
The Heart of the System
07
Scaling the Reservoir
08
The Ion Gatekeeper
09
Electrode Surface Mastery
10
Stacking for Power
11
Mass Transport Phenomena
12
Managing the Heat
13
Mitigating Crossover
14
Hybrid Flow Systems
15
Organic Flow Chemistries
16
Power Electronics and Conversion
17
System Control and Automation
18
Corrosion and Material Compatibility
19
The Levelized Cost of Storage
20
Iron-Air and Emerging Flow Tech
21