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AGrade A
Light electric mobility
E-bikes, golf carts, delivery scooters and warehouse vehicles that need less range than a car.
Every used battery has more life in it. We find out how much.
Upcoming Life scans retired lithium-ion batteries in minutes, predicts how long they will last with AI built for Qatar's heat, and matches each one to its best second use.
B
- State of health
- 78%
- Weakest cell
- 58%, flagged
- Best next use
- Solar storage
- Selected cell
- None
We scan
EV car packs
Electric bus modules
E-scooter and e-bike packs
Golf cart and forklift batteries
Stationary storage
Qatar went electric fast. The batteries retire next.
Electric buses, cars, scooters and solar storage are spreading across the country. Over the coming years, thousands of battery packs will reach the end of their first life, and many will still hold most of their capacity.
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The risk today
Without a trusted health check, good batteries get scrapped and weak ones get reused.
What a scan changes
A health report in minutes turns a used battery from a liability into an asset with a known value.
One scan, four steps
From the moment a battery arrives to the moment it has a new job.
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Safety check
Visual inspection, insulation and voltage checks. Damaged packs go straight to safe recycling.
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Scan
We read the battery's own data log and measure its electrical fingerprint. Minutes, not a full day of cycling.
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AI reads the data
Our models estimate state of health, remaining life and safety risk, adjusted for the heat the battery will work in.
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Grade and match
Each battery gets a grade from A to D and a recommended next use, with a report you can share.
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What the scan reads
Three kinds of data, one model trained to make sense of them together.
Heat-aware life prediction
Most battery models are built on data from mild climates. Ours factor in where the battery will actually work, so the remaining-life estimate holds up in a Gulf summer.
Same battery, three locations. Illustrative.
Battery data log
Charge cycles, fast-charging habits and temperature history from the battery's own management system.
Electrical fingerprint
A short impedance scan reveals internal ageing that a simple voltage reading can't see.
Resistance check
Quick current pulses show how much power the battery can still deliver when a job demands it.
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Where each battery goes next
The grade decides the job. Every battery gets the most demanding use it can handle safely, and goes to recycling only when nothing else fits.
A80% health or more
BAbout 70 to 80%
CAbout 60 to 70%
DBelow 60% or unsafe
Typical ranges. The final grade also weighs internal resistance and cell balance.
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BGrade B
Solar storage
Store daytime solar for the evening at homes, farms, schools and commercial rooftops.
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BGrade B
EV charging buffer
Charge slowly from the grid, deliver fast to cars, and ease peak demand at charging sites.
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CGrade C
Telecom and UPS backup
Standby power for telecom sites, server rooms and critical equipment that rarely discharges.
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CGrade C
Off-grid camps and sites
Quiet power for desert camps, construction sites and events, replacing diesel generators where it fits.
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DGrade D
Responsible recycling
Batteries that can't be reused safely go to certified recyclers, so their valuable materials come back into new batteries.
Built for everyone who handles batteries
Fleet operators
Know which packs to keep, which to swap, and what the retired ones are worth.
Car dealers and manufacturers
Verified battery health for used EV sales, trade-ins and warranty checks.
Solar and storage developers
A reliable supply of graded second-life batteries, with data behind every pack.
Recyclers
Separate reusable batteries before shredding and recover more value from each load.
Insurers and lenders
Independent health reports to price risk on batteries and used electric vehicles.
Government and research
Data and pilot projects to shape safe battery reuse and recycling rules in Qatar.
Why we exist
We understand the condition of things today, anticipate how their life will unfold, and guide the next right step. Batteries are where we start.
Our vision
A world where every life cycle is understood and extended, from the batteries that power our cities to the health of the people who live in them.
Our mission
Read the present condition of what matters, anticipate its future, and guide its next life, starting with every retired battery in Qatar.
Start with a pilot scan
Send us a few batteries or a fleet's battery data. You get a clear answer for every pack.
- A health report for each battery
- A grade from A to D and a recommended next use
- Remaining life adjusted for where it will work
- Data you can share with buyers, insurers and regulators