Products

powerMELA-mBMS
17 May 2018
powerMELA-CSC
17 May 2018
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powerMELA-PMB

powerMELA-PMB
Battery Management

Customer specific and standardized Lithium-Ion batteries are the energy storage of choice for modern drive systems. The battery management system powerMELA-mBMS fi ts ideally to the drives of the powerMELA product family. The mBMS supports all kinds of popular cell chemistries within the Lithium-Ion family: LFP, NMC and LTO.

The powerMELA-mBMS is a mature and complete solution for your battery. It covers all electrical functions of a Lithium-Ion battery:

  • from the sensors to status supervision of the storage.
  • from balancing the cells to self-diagnosis of the electronics to an insulation guard.

Motronica will support you when deploying your battery system. If you plan a customer specifi c adaptation.
Motronica off ers cost-effi cient development and series production based on the mBMS reference design – the fastest and easiest way to a sophisticated, tailored solution. powerMELA-mBMS components for realization of your complete solution.
The Battery Main Supervisor (BMS) is the central control unit of the battery system. It includes three processors for highest levels of reliability and safety.
It collects all information from the sensor modules, from the Cell Sensor Circuits and from the Power Measurement Board, calculates the status of the battery system and controls the HV contactors.

Lithium-Ion High Voltage Battery

 

 

Statements
powerMELA-CSC is a product of
Sensor-Technik Wiedemann GmbH
All rights are reserved.

Specifications

Dimensions (approx.)95 x 61 x 15 mm
(3.7“ x 2.4“ x 0.6“)
Weight (approx.)100 g (0.22 lbs.)
Temperature range−40° C ... +80° C (−40° F ... 176° F) environment temperature
ConnectorMicro-Fit (Molex)
Power supplypowered by the BMS
Power consumption (in operation)included in the BMS consumption
Power consumption (sleep mode)
Communication Interfaces1 x CAN 2.0 B
I/O’sShunt for current measurement
3 inputs for high voltage measurement
OperationCurrent measurement
Range: ± 1000 A (1 s), ± 600 A (10 s) @ 100 μΩ
± 2000 A (1 s), ± 900 A (10 s) @ 50 μΩ Accuracy: Offset ±0.1 A, gain 1 %

High voltage measurement
Range: 0 … 800 V Accuracy: Offset ±0.1 V, Gain 1 %
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