The tried-and-tested ASM multicell battery model assists you in the early phases of controller development and in the validation of control units. You can use it to complete component tests or simulate the performance of a battery system in the vehicle. It performs on SIL and HIL platforms.

Characteristics

• Multicell model for simulating cell clusters (serial circuit)
• Terminal voltage calculation
  • Ohmic losses
  • Dynamic behavior
• State-of-charge calculation
• Thermal model with temperature simulation of each individual cell
• Supported battery types: Pb, NiCd, NiMH, Li-Ion (depends on parameterization)
• Simulation of unbalanced cells
• Complexity and simulation performance of the model independent of number of cells
• Multiple batteries can be connected in parallel
• Support of dSPACE cell voltage emulation hardware (BMS HIL)
• Support of the dSPACE Smart Charging Solution

Less demanding applications, such as the simulation of vehicle power networks, are supported by a dedicated battery model.