48V BiDirectional Motor Generator Sprinter with 12V 1500W Auxilliary Power

Scotty AI V3 and Bi-Directional Motor Generator are perfect partners

1. CAN Communication Protocols:
   • The BMG supports standard CAN commands from a supervisory controller.
2. Supervisory Control:
   • Through CAN commands from SCOTTY AI V3, the voltage and current limits for the alternator can be set based on the charging requirements of the high side 48V lithium battery. This feature is crucial for optimizing the alternator’s performance based on battery type and system requirements.
   • The BMG uses closed-loop control algorithms to maintain precise output voltage and current levels set by Scotty AI. Feedback from the system is monitored and processed to adjust the output dynamically, ensuring safe and efficient charging.
3. Modes of Operation:
   • The BMG can operate in several modes configured by Scotty AI:
     • Torque Motor Mode: Limits output based on torque constraints.
     • Generator Mode: Produces power based on predefined voltage/current settings.
     • Autonomous Mode: Allows operation should CAN fail as a “limp home” mode without external control, using pre-configured low power settings.
     • Idle Mode: Zero output when not required, reducing engine load.
4. Integrated Inverter with Load-Dump Protection:

1. • The BMG features an integrated inverter that includes load-dump protection circuits. These circuits detect sudden increases in voltage and respond by clamping the voltage to safe levels, preventing damage to the BMG and downstream electronics.
   • In the event of a load dump, the software can adjust the BMG’s output to mitigate the effects of the voltage spike, ensuring stable operation.

1. Benefits of CAN-Based Control

• Precise and flexible adjustments.
• Compatibility with modern Vehicle Engine Controls.
• Enhanced safety through built-in diagnostics and monitoring.
• Efficient integration into multi-device systems (e.g., combining factory alternator).