01 / BATTERY
Available energy
Health scales nominal capacity. Overhead is drawn directly from the battery.
ENERGY OPERATIONS
Plan your power.
Model your battery, adjust the load and see how long it will last.
DEMO DATAIllustrative trailers and readings. EMS connection is not configured.
02 / CONSUMPTION
Set the demand
Average load = watts × quantity × duty cycle. Example equipment values are editable.
03 / SHIFT
Check your working day
The forecast starts now and assumes a steady average load with no charging.
PREDICTED TIME TO MINIMUM SOC
—
—Battery energy above reserve
—Battery-side demand
State of charge forecast
Elapsed hours · modelled SOC (%)
Solid red: selected load · dashed: 25% lower load · amber: minimum SOC. Curves stop at the reserve. Later checkpoints assume the load has been stopped manually.
Runtime across different loads
See the effect of reducing or increasing consumption.
Forecast checkpoints
| Elapsed | Predicted SOC | Energy used | Status |
|---|
Planning estimates, not live telemetry. Actual runtime depends on temperature, battery condition, load variation and manufacturer limits. No battery controls or automatic shutdown.
Battery fleet
Latest recorded readings · select a unit to inspect
PLANNING TOOL
Will it last the shift?
Estimate runtime from usable energy and a steady load.
Planning estimate only. Excludes conversion losses, temperature effects and changing loads. Confirm against the EMS.DATA CONNECTION
Ready for the EMS.
Live monitoring requires the supplier’s API, access permissions and a secure server connection.
- State of charge and charge/discharge power
- Battery temperature and fault codes
- Timestamped energy and usage history
For now, add readings manually or import a CSV.
Reading history
Recorded observations, newest first.
| Recorded | Unit | Location | Charge | Power | Temp. | Source |
|---|
Attention needed
Review flags from the latest reading for each unit.
Prototype thresholds: charge ≤20%, temperature ≥45°C, or reading older than 24 hours. These are planning flags, not certified safety limits.