EnPower - Battery Pack Design Software for EV Cell Selection
EnPower™ is a web-based application that ensures the best battery cell model is selected for your electric vehicle application before embarking on the extensive battery pack modeling process.
Details
Proprietary Battery Pack Design Algorithm:
- Reduce time to market and R&D
- Compare simulation results easily
- Build lighter weight, lower cost systems
Routinely Updated Battery Database:
- Cylindrical, prismatic, and pouch form factors
- Li-NCA, Li-NMC, LFP, LTO
- Single and Dual Chemistry Cell Applications
- Novel Batteries and Capacitors
Web-based interface gives access to:
- Cloud-based application
- Database of 300+ cells
- Export results for Physical Modeling (in a .mat file for use in MATLAB®) and PLM Simulation (i.e. Dassault Systèmes, Altair, Ansys)
The Essential First Step in Any Battery Design Workflow
EnPower
- Modeling of Physical Systems
- Battery Pack-Level Simulation
- Battery Cell Selection and Performance Comparison
- Pack Performance Results in Multiple Drive Cycles
- Thermal Pack Specifications
- Kinematic Pack Specifications
- Gravimetric Pack Specifications
- Export to .mat file for use in MATLAB®
Modeling of Physical Systems
- Physical System Simulation
- Electrical Simulation
- Thermal Simulation
- Kinematic Simulation
- Creates control systems
- Tests system performance
- Hardware-in-the-Loop Abilities
- Access the EnPower Battery Data Kit directly in MATLAB for rapid battery selection & simulation TM
PLM Software
- Detailed Thermal Simulation on the cell level
- Mechanical and Packing Simulation
- Call Ageing Simulation
- Product Life Cycle
EnPower Battery Pack Simulation Results
Gain a broad understanding of your entire battery pack system before launching detailed physical system and cell-level simulations with EnPower.
EnPower compares battery pack simulation results from packs of differing cell configurations across multiple drive cycles for system-level results and predictions. Easily compare multiple physical pack characteristics and simulation results to choose the cell and configuration uniquely fit to your electric application before refining physical modeling and PLM simulations at the cell level.
EnPower compares battery pack simulation results from packs of differing cell configurations across multiple drive cycles for system-level results and predictions. Easily compare multiple physical pack characteristics and simulation results to choose the cell and configuration uniquely fit to your electric application before refining physical modeling and PLM simulations at the cell level.
- Cost
- Total System Mass
- Cell-to-Pack Weight Ratio
- Usable Energy
- Pack Energy Density
- Peak Discharge Power
- Pack Power Density
- Power Demand Graphs
- System SOC Graphs
- Gravimetric & Volumetric Characteristics
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