Validated Performance. Real-World Results.

Optimizing the
World’s
Energy
Infrastructure
Intelligently.

Fluxcella™ intelligently optimizes energy flow across mobility, infrastructure, grid systems, and connected energy systems.

◎
Data Collection
Continuous monitoring captures system behavior, energy flow, runtime performance, and operational conditions.
◉
Performance Analysis
Advanced diagnostics analyze efficiency gains, system losses, thermal behavior, and optimization opportunities.
⚡
Efficiency Optimization
Fluxcella intelligently adjusts energy distribution to improve runtime, efficiency, and platform performance.
▣
Real-World Validation
Testing across multiple mobility and infrastructure platforms validates measurable real-world performance improvements.

Commercial & Fleet Testing (Real-World Dyno)

Real-world testing compared identical vehicle conditions with and without the Fluxcella system under continuous load, including full accessory usage.

Results:

Without Cella AX:
Battery fully depleted at 5 hours 37 minutes

Commercial & Fleet Testing

WITHOUT CELLA AX™
████████████████████ 0%

WITH CELLA AX™ INSTALLED
████████████████████████████████████ 44%

With Cella AX Installed:
44% battery remaining

At the same runtime where baseline reached 0%

Under identical operating conditions, the system significantly reduced total energy consumption.

From Vehicles to Infrastructure

Lower electricity consumption
Extended battery life cycle Increased operational uptime
More efficient use of existing grid capacity

Automotive Validation (Third-Party Lab Tested)

Independent laboratory testing conducted under controlled conditions evaluated battery discharge performance using a standardized drive cycle.

After approximately 270 miles of simulated driving, the vehicle retained:

37.6% battery remaining (Run 1)
38.8% battery remaining (Run 2)

Testing indicated repeatable efficiency gains under controlled operating conditions.

Significant usable energy remains after extended operation.

Light Electric Platform Testing

Controlled testing indicated measurable runtime improvements across lightweight electric platforms.

Operational Runtime

Baseline Runtime
██████████ 395–552 min

Enhanced Runtime
████████████████████████████ 1,357 min

Baseline runtime: ~395–552 minutes

Enhanced system runtime: Up to 1,357 minutes

Testing results are based on controlled and real-world conditions across specific vehicle platforms. Performance may vary depending on system configuration, environment, and usage conditions.