_edited.png){kind=small}
.png)
EnPower™ Design Suite
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.
Proprietary Battery Pack Design Algorithm:
-
Reduce time to market and R&D
-
Compare simulation results easily
-
Build lighter weight, lower-cost systems
Web-based interface provides 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)
Routinely Updated Battery Database:
-
Cylindrical, prismatic, and pouch form factors
-
Li-NCA, Li-NMC, LFP, LTO and more
-
Single and Dual Chemistry Cell Applications
-
Novel Batteries and Capacitors
A Mathworks Connections Program Partner.
SELECT, SIMULATE, AND COMPARE EV BATTERIES IN MINUTES
Compare system simulation results like State of Charge, electrical, and gravimetric characteristics using the EnPower simulation engine.
.png)
Gain a broad understanding of your entire battery pack system before launching detailed physical system and cell-level simulations. 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/Power Density
-
Peak Discharge Power
-
Power Demand Graphs
-
System SOC Graphs
-
Gravimetric, Volumetric Characteristics
THE ESSENTIAL FIRST STEP IN ANY BATTERY PACK DESIGN WORKFLOW
Choose the right cell and configuration before modeling for improved, custom design results.
EnPower™
-
Battery pack-level simulation for battery cell selection & performance comparison
-
Pack performance results in multiple drive cycles
-
Thermal, kinematic, & gravimetric pack specifications
-
Export to .mat file for use in MATLAB®
Modeling of Physical Systems
-
System, electrical, thermal, & kinematic simulations
-
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
PLM Software
-
Detailed thermal simulation on the cell level
-
Mechanical & packing simulation
-
Cell aging simulation
-
Product life cycle
RAPID SIMULATION OF CELLS FROM OUR EXTENSIVE BATTERY LIBRARY
Configure battery packs for single- or multi-chemistry systems with a wide selection of Lithium-Ion, Novel Battery, and Capacitor cells.
Available Chemistries
-
Carbon Nanocells
-
LFP
-
Li-Metal
-
Li-NCA
-
Li-NMC
-
Lithium Capacitors
-
LTO
-
​Metal Air
-
Ni-Rich NMC
-
Silicon Anode
-
Solid-State
Novel Batteries
& Capacitors
79.7%
20.3%
Lithium-Ion Batteries
Pouch Cells
Prismatic
Cells
71.5%
14.8%
13.8%
Cylindrical Cells
Group/Floating EnPower™ License
Volume Pricing Priced per Feature
-
Includes all individual license features
​
-
Add multiple seats for every member of your battery design team at a discounted rate
​
-
Educational Licenses available upon request
​
-
Choose to include Engineering Support Hours from Electra's team of specialists
EnPower™ Battery Data Kit For MATLAB®
The Power of Battery Data for use in MATLAB
Bring the rapid cell selection and modeling capabilities of EnPower™ directly into MATLAB for access to essential battery data in the physical modeling software.
​
-
Choose from 10 industry-leading cells from the EnPower™ Battery Database, including:​
-
A123 AMP20M1HD-A
-
Molicell INR21700P42A
-
Murata VTC6A
-
Panasonic NCR18650BF
-
Panasonic NCR21700A
-
​
-
Enter application specifications, State of Charge (SOC) requirements, and temperature preferences for accurate modeling through Electra's proprietary simulation algorithm​​​.
