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Rethinking Battery Health Assessment in a Data-Constrained EV Ecosystem

Vineet DravidSep 24, 2026
Electrode Balancing vs. Stoichiometry Processing: What Battery Models Really Know — and What They Don’t

Vineet DravidJan 23, 2026
Vineet Dravid

Closing the Loop: Introducing oorja Battery 360™ by oorja

Jun 13, 2025Read more
Generating Physically Relevant Synthetic Data For Battery Faults

oorjaJun 03, 2025
Aditya Pandav

Thermal Runaway Propagation Modeling to Design Safer Battery Packs

Mar 13, 2025Read more
Reliable Cell Behaviour Predictions for Real Life Conditions

Vineet DravidAug 08, 2024
Deciphering Charging Dynamics: Part 1 – Why Does It Take So Long To Charge My Battery?

Vineet DravidJul 31, 2024
From Inconsistency to Integrity: How Physics Informed Machine Learning Tackles EV Battery Challenges

Vineet DravidJul 08, 2024
Simulating Success with oorja: The Ultimate Playground for Battery Modelling

Aditya PandavJun 04, 2024
Battery Modeling and the Goldilocks Zone

Prashant SrivastavaMay 02, 2024
India’s Electric Vehicle Market: A Look Back at 2023

Aditya PandavDec 28, 2023
Hybrid Modeling: Bridging Physics and Machine Learning

Vineet DravidDec 20, 2023
Accelerated Degradation Predictions using Hybrid (Physics+ML) Simulations

Vineet DravidNov 16, 2023
Thermal Runaway Mitigation using oorja

Vineet DravidNov 10, 2023
Battery Modelling and Hybrid Simulations: A Marriage Made in Heaven?

Vineet DravidNov 09, 2023
How accurate are our results?

Vineet DravidNov 09, 2023
Predicting Battery Capacity Fade quickly and accurately

Vineet DravidJul 21, 2023
How does temperature affect battery performance?

Vineet DravidJul 20, 2023
How hybrid physics-based machine learning simulation is driving a paradigm shift in design

Vineet DravidJul 19, 2023
Evaluating drive cycle current for better battery pack design

Vineet DravidJul 19, 2023
Solving the Thermal Runaway Conundrum in EV Batteries

Vineet DravidJul 19, 2023
EV Manufacturers, are you prepared for the new EV Battery regulations to kick in

Vineet DravidJul 19, 2023
Predicting anisotropic thermophysical properties of batteries using oorja

Vineet DravidJul 19, 2023
Addressing Range Anxiety, the AchillesHeel for EV Adoption

Vineet DravidJul 13, 2023
What is HPPC Testing and why is it important ?

Vineet DravidJun 10, 2023

Blogs & Features

Rethinking Battery Health Assessment in a Data-Constrained EV Ecosystem

Electrode Balancing vs. Stoichiometry Processing: What Battery Models Really Know — and What They Don’t

Closing the Loop: Introducing oorja Battery 360™ by oorja

Generating Physically Relevant Synthetic Data For Battery Faults

Thermal Runaway Propagation Modeling to Design Safer Battery Packs

Reliable Cell Behaviour Predictions for Real Life Conditions

Deciphering Charging Dynamics: Part 1 – Why Does It Take So Long To Charge My Battery?

From Inconsistency to Integrity: How Physics Informed Machine Learning Tackles EV Battery Challenges

Simulating Success with oorja: The Ultimate Playground for Battery Modelling

Battery Modeling and the Goldilocks Zone

India’s Electric Vehicle Market: A Look Back at 2023

Hybrid Modeling: Bridging Physics and Machine Learning

Accelerated Degradation Predictions using Hybrid (Physics+ML) Simulations

Thermal Runaway Mitigation using oorja

Battery Modelling and Hybrid Simulations: A Marriage Made in Heaven?

How accurate are our results?

Predicting Battery Capacity Fade quickly and accurately

How does temperature affect battery performance?

How hybrid physics-based machine learning simulation is driving a paradigm shift in design

Evaluating drive cycle current for better battery pack design

Solving the Thermal Runaway Conundrum in EV Batteries

EV Manufacturers, are you prepared for the new EV Battery regulations to kick in

Predicting anisotropic thermophysical properties of batteries using oorja

Addressing Range Anxiety, the AchillesHeel for EV Adoption

What is HPPC Testing and why is it important ?

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