Battery record
EVX-48100-0142
- Model
- EVX 48V 100Ah
- Chemistry
- LFP · 16S · 100 Ah
- Connectivity
- Verified device
- Registered to
- Fleet · Kota Depot
- Health
- 96% · 214 cycles
- Manufactured12 Mar 2026
- Registered28 Mar 2026
- Deployed02 Apr 2026
- In serviceToday
Platform
How Evolvix works.
Evolvix connects a battery, gives it a verified digital identity, reads its telemetry in real time and turns it into information people can act on — in the app and in the console.
Architecture
Battery. Gateway. Local App or Cloud. Console.
Four connected layers engineered for resilience. The battery measures through its BMS. The ESP32 gateway transmits locally over Bluetooth Low Energy or upstream over cellular/Wi-Fi when in coverage. The Evolve Cloud verifies and logs telemetry, while the companion app and operational console present it clearly.
01
Battery
The battery management system measures charge, voltage, current, temperature and every cell.
02
Evolvix connectivity
A connected device reads the battery and sends its data securely, identified to that exact battery.
03
Evolvix Cloud
The cloud verifies the battery, keeps its history, understands its condition and raises alerts.
04
App & console
Owners, fleets and manufacturers see the batteries they are authorized to see — live.
Telemetry & Connectivity
Continuous, local or synchronized.
Readings originate directly from the physical battery management system. Cloud telemetry depends on the device's configured mode and available cellular connectivity; when offline or outside coverage, the customer app connects locally over authenticated Bluetooth to synchronize historical records.
- State of charge
- 78%
- How full the battery is, right now.
- Pack voltage
- 54.6V
- The total voltage across every cell in the pack.
- Current
- +12.4A
- Energy flowing in while charging, or out while in use.
- Temperature
- 31°C
- Pack temperature — the biggest single factor in battery life.
- Cell voltages
- 16cells
- Every cell measured on its own, not just the pack total.
- Cell balance
- 19mV Δ
- The gap between the highest and lowest cell. Small is healthy.
- Charging status
- Charging
- Charging, discharging or idle — the moment it changes.
- Battery health
- 96%
- Usable capacity compared with new, tracked across its life.
- Alerts
- 0active
- Raised as soon as a reading leaves its safe range.
Cell intelligence
See every cell, not just the pack.
Most battery problems start in a single cell. Evolvix tracks each cell's voltage and the spread between them, so imbalance is visible long before it limits range or shortens battery life.
- Cell voltages. Individual readings for every cell in series.
- Imbalance detection. The gap between highest and lowest cell, watched continuously.
- Health trend. Capacity and behavior compared across the battery's life.
EVX-48100-0098 · 16 cells
Cell 11 is 42 mV below the pack average
Cell imbalance high
Raised automatically and sent to the owner and the fleet. The pack still reads a normal total voltage — only cell-level data shows the problem.
Illustrative data
Alerts
Told the moment something changes.
Evolvix evaluates every reading against safe operating limits and raises an alert — in the app, as a notification and in the console.
| Alert | What it means |
|---|---|
| State of Charge Low | Charge has fallen below the configured minimum. |
| Temperature High | The pack is hotter than its safe operating range. |
| Pack Voltage High | Total pack voltage is above its upper limit. |
| Pack Voltage Low | Total pack voltage is below its lower limit. |
| Charge Current High | The battery is being charged faster than it should be. |
| Discharge Current High | The battery is being drawn on harder than it should be. |
| Cell Voltage High | At least one cell is above its safe voltage. |
| Cell Voltage Low | At least one cell is below its safe voltage. |
| Cell Imbalance High | The gap between the highest and lowest cell has grown too wide. |
| Telemetry Stale | The battery has not reported recently. |
| Telemetry Offline | The battery's connection has been lost. |
Identity & ownership
Every battery has an identity — and an owner.
Batteries are registered once and keep one record for life. Ownership decides who sees what: an owner sees their batteries, an organization sees its fleet, a manufacturer sees what it built.
- Registration. Batteries and connectivity devices are registered and paired.
- Ownership. Batteries are assigned to a person or an organization.
- Lifecycle. Deployment, service and health stay attached to the battery.
Online
Capabilities
One platform, end to end.
Real-time telemetry
State of charge, voltage, current, power, temperature and cycle count.
Cell-level visibility
Individual cell voltages and imbalance for every battery.
Thermal awareness
Temperature tracked against safe limits while charging and in use.
Alerts
Charge, voltage, current, temperature, cell and connectivity alerts.
Digital identity
Registration, pairing and lifecycle records for each battery.
Organizations
Members, roles, sites and vehicles for fleets and manufacturers.
Secure access
Authenticated devices, verified users and ownership-scoped data.
See Evolvix on your batteries.
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