STAFL SYSTEMS
BATTERY FLEET MANAGEMENT

Gain powerful insights into global battery fleets by leveraging real-time BMS data.

The Stafl Systems Fleet Management Platform can be used for both stationary and mobile battery applications using cellular connectivity. Improve productivity and reduce downtime with greater visibility into the status of each battery system or vehicle. Understand, in real-time, the state of any device in your fleet that uses Stafl Systems battery management or control technology.

Details

GLOBAL COVERAGE

An integrated dashboard in our fleet management portal provides multiple access levels that allow manufacturers and operators to monitor individual units and entire fleets using a single platform. Get real-time fault alerts and understand SOC, SOH and SOE on all batteries in the field. Add custom vehicle or application data as needed for full system visibility.

VIEW REAL-TIME DATA

Cell voltages & temperatures
Alerts for warnings and faults
Monitor SOC, SOH and SOE

IMPROVE FLEET OPERATION

Proactively identify potential issues
Schedule preventative maintenance
Perform Over-the-Air firmware updates

INNOVATIVE BUSINESS MODELS

Manage rental fleets
Charge by energy use
Grid-interactive cost savings

UNLIMITED INDUSTRIES

Customized informational callouts for a variety of devices:

State of Charge
Pack Voltage
Cell Level Data

Tire Pressure
Motor RPM
and more…

RELEVANT DATA

Fully configurable data fields, including:

State of Charge
Pack Voltage
Cell Level Data

Tire Pressure
Motor RPM
and more…

Countless Applications

HIGH VOLTAGE

While a vehicle’s power system sees a battery pack as a single, high-voltage battery—charging and discharging the entire battery pack at once— the battery management system must consider each cell group’s condition independently.

LOW VOLTAGE

The Stafl Systems BMS will continuously monitor important battery parameters for low voltage applications, while handling the varying power demands of the different operations and optimizing the usage of the battery.

LARGE SCALE SYSTEMS

The service life of a battery pack is tied to the weakest cell group in the system. In the balancing process, each of the cells within the string is maintained at optimal voltage levels, maximizing battery pack performance and cycle life.