Battery Lifetime Estimator

Configuration & General Settings

Product Product type:

Device Configuration & Conditions Device config file (.txt / .cfg):

Number of trips per day:

Avg. trip duration [min]:
In motion: 50% · Static: 50%
Estimated time split used for geolocation & beaconing consumption.

Battery Characteristics Battery capacity [mAh]:

Usable capacity [%]:
Usable capacity = 1040 mAh (lifetime estimation). Self-discharge applies to the full battery capacity.

Deployment environment:

Annual self-discharge rate [%]:
Based on temperature-weighted discharge model (source: wetrak lifetime Excel). Select "Custom" to enter a value manually.

Network

Network Selection

Network mode
(net_selection — auto-filled from config)

LoRa usage [%]
over device lifetime

Cellular usage [%]
over device lifetime

LoRa + Cellular must sum to 100 %. Only TX currents are scaled; HW currents (GPS, WiFi, BLE) are unchanged.

Cellular

Only available on the Combo Tracker. Select it in General Settings to enable.

Coverage Conditions

Excellent: %

Good: %

Bad: %

Total: 100%

LoRa

Radio Parameters

LoRaWAN Region:

TX Power:

dBm

TX Strategy (lorawan_s1_tx_strategy)

Byte 0 — Control Flags

Bit 0 — ADR (static mode)

Bit 1 — Dual TX (static mode)

Bit 2 — Dual TX (motion mode)

Raw value: —

Byte 1 — TX1 Data Rate

TX1 DR — Static & motion mode

Active DRs (from config):

Probability per DR: —

Byte 2 — TX2 Data Rate

Active DRs (from config):

Probability per DR: —

Recovery Beacon

Beaconing period in motion [s]
(lr_rbeacon_motion_period — from config)

0 = disabled in motion.

Beaconing period in static [s]
(lr_rbeacon_static_period — from config)

0 = disabled in static.

Results

—

days

Battery Life

—

years

Battery Life

—

mAh

Usable Capacity

—

mAh / year

Self-Discharge Loss

Power Consumption by Group

Geolocation by Technology

Network by Technology

Consumption Breakdown (click a group to expand)

Module / Component	mAh	%	mAh/run

Results are estimates. Actual battery life may differ due to environmental conditions, temperature, and duty-cycle variability.