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Simplifying Complex Engineering Design to Deployment

Improve accuracy and speed up time to market

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Enabling designers to create a best in class product

oorja’s Hybrid approach uses a combination of physics + ML

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Simplifying
Battery Design

oorja’s intuitive user interface backed by a powerful backend helps solve complex engineering problems at the design stage

previous arrowprevious arrow
next arrownext arrow
Slide Background
Simplifying Complex Engineering Design to Deployment

Improve accuracy and speed up time to market

Slide Background
Enabling designers to create a best in class product

oorja’s Hybrid approach uses a combination of physics + ML

Slide Background
Simplifying
Battery Design

oorja’s intuitive user interface backed by a powerful backend helps solve complex engineering problems at the design stage

previous arrowprevious arrow
next arrownext arrow

Making design more effective and efficient

Simulate battery behaviour for complex real-life operating conditions to increase prediction fidelity

Applied Physics
Model

We begin with an applied physics model as a fast and simple initial solution.

Limited Experimental Data

Hybrid simulations allows for accurate predictions with minimal data.

Machine Learning Algorithms

Optimize design using hybrid physics based machine learning simulations which zero in on accurate solutions

Solving Complex Problems

Complex engineering problems are quicky solved making for smarter and safer products

Our Applications

An extensive range of apps to solve every battery design challenge

MATERIAL

Define or extract
material properties
from data

DATA

Click of the button algorithms for cycler data to make it machine learning ready

RANGE

Perform range prediction and
generate
EV drive cycles

DESIGN

Quickly create your pack geometries or import CAD geometries from other software to optimize

FADE

Perform capacity and power fade for cells and packs to establish degradation for real life conditions

HEAT

Perform thermal analysis at cell and pack level to capture temperature during normal operation, thermal runaway initiation and propagation

VOLT

Perform cell level performance studies to optimise cell design and material parameters

ANALYZE

A data-driven battery intelligence hub offering detailed visualizations of performance and actionable insights to optimize battery systems efficiently.

TACKLING CHALLENGES IN BATTERY DESIGN

Design safer and
more reliable
batteries with oorja

Book a Demo

    Building from India for the world

    We’re on a mission to become a global market leader in the new battery space – catering
    to different engineering areas with our partners.

    Latest Blog Posts

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