Fawkes provides an end‑to‑end platform for battery energy storage systems, combining a universal hardware interface that captures high‑fidelity, real‑time data with an AI‑driven analytics engine for predictive health monitoring and performance optimization. The suite also includes a design and simulation tool for manufacturers and a data‑driven marketplace that matches end‑of‑life batteries with second‑life applications and certified recyclers, enabling a circular, efficient battery ecosystem.
Funding
Funding not disclosed
Founders
Product
Problem
The battery ecosystem is fragmented, with stakeholders operating in silos, leading to opaque data, inefficient operations, and difficulty extracting value from end‑of‑life batteries.
Solution
Fawkes offers an integrated platform that connects to any battery system via a universal hardware interface, delivering high‑fidelity real‑time data to an AI‑driven analytics engine. The engine provides predictive health monitoring, state‑of‑charge forecasting, and optimization recommendations, helping operators improve safety and efficiency. A design and simulation tool enables BESS manufacturers to model performance and techno‑economics before deployment. Additionally, a data‑driven marketplace matches retired batteries with second‑life applications and certified recyclers, facilitating a circular battery economy.
Target Audience
Primary customers include battery operators, utility‑scale BESS owners, and manufacturers seeking advanced monitoring, as well as recyclers and developers of second‑life battery applications.
Features
- Plug‑and‑play hardware module that attaches to any battery pack and streams high‑resolution telemetry in real time
- Physics‑based AI analytics that deliver predictive state‑of‑health, degradation forecasts, and operational optimization
- Design and simulation suite for battery energy storage system (BESS) developers to evaluate performance, health, and economic metrics
- Marketplace platform that connects end‑of‑life batteries with vetted second‑life use cases and recycling partners
- Calibration using empirical data from millions of battery cycles to ensure model accuracy across chemistries
- Cloud‑based data aggregation and dashboard for fleet‑level monitoring and reporting