Battery Lifecycle Intelligence
AI-driven battery lifecycle intelligence, from R&D to fleet operations.
Improve safety, performance, and asset value with AI-powered insight across design, manufacturing, and operations.
3+ GWh
Under management
20+
Chemistries supported
12+ yrs
Battery lifecycle experience
The Platform
One platform spanning the full battery lifecycle.
01
Innovate — R&D & Cell Design
Test chemistries before you build them.
Physics-based modeling and cell chemistry simulation let teams test virtually before physical prototyping, identify defects in a day instead of a week, and centralize lab data for full traceability from spec to test result.
02
Build — Manufacturing & Quality
Catch defects on the line, not after the fact.
Inline inspection and defect detection across gigafactory production, automated outlier quarantining, and digitized BOM / Battery Passport traceability from component to recycling.
03
Operate & Predict — Fleet Monitoring
See degradation coming before it costs you.
Real-time state-of-health monitoring and automated alerts across BESS fleets, plus digital twin and machine learning-based degradation forecasting for augmentation planning and dispatch decisions.
Innovate
Same-Day Defect ID
Advanced analytics cut the time to determine "good" or "bad" test cells from a week to a day, maximizing cycler time and throughput.
Build
Outlier Detection at Scale
Live run charts and automated quarantining catch calibration drift and outliers before they become expensive downstream failures.
Operate
Real-Time Fleet Monitoring
Custom KPIs calculated in real time across the full BOM hierarchy, with automated alerts for commissioning issues and underperforming assets.
Predict
Degradation Forecasting
Digital twins and machine learning improve degradation estimates, optimize augmentation schedules, and sharpen dispatch decisions.
Battery Manufacturing & Lifecycle Tracking — In Practice
ZincFive: Manufacturing, Service, and Battery Passport Tracking
ZincFive is a leading manufacturer of nickel-zinc batteries for data centers, transportation infrastructure, and starting systems, with more than 1GW of product shipped and contracted. Batteries are built in China and packaged into prismatic cells and UPS cabinets deployed in large-scale data center operations.
Peaxy Lifecycle Intelligence™ tracks every battery and cabinet across its full lifecycle, from incoming QC and assembly through testing, operations, servicing, end-of-life, and recycling under a phased rollout that began with historic data ingest and is expanding self-service and support capabilities through 2025.
ZincFive recently implemented Statistical Process Control (SPC) within its production line, using control charts and process capability indices to distinguish normal variation from true quality drift, catching deviations before they show up as scrap or field failures.
Read more about SPC in battery manufacturing here.
What Our Customers Say
"With Peaxy, we're scaling to meet growing customer demand while advancing product circularity. Their collaborative process mapping and advanced data threading give us clear visibility across multiple manufacturing sites, tighter control over workflows, and full asset traceability from production to end-of-life."
"Peaxy helps us stay lean on test staff while giving a complete, real-time view of all cells on test. Few companies can match our ability to track and query detailed test and environmental parameters by cell ID without large internal software teams."
In Focus — What We're Covering Now
Ready to extend the life of your battery assets?
For R&D teams, manufacturers, and fleet operators running battery systems where performance, safety, and lifecycle value matter.