SimLionics is a deep-tech enterprise focused on unlocking the full potential of batteries through physics-informed AI models, advanced algorithms, and data analytics. We convert battery data into intelligent, decision-ready outputs that enable smarter system operations. Our strong foundation in electrochemistry enables us to translate complex battery science into actionable real world insights. We help businesses improve reliability, safety, and performance.

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Batteries are complex and expensive

Key issues impacting battery development, performance, and reliability include:

Development Cycles

Long, Complex & Costly
Development Cycles

Performance

Inconsistent Battery Life &
Performance

Safety Risks & Unclear Warranties

Safety Risks &
Unclear Warranties

Absence of Intelligent Data Interpretation

Absence of Intelligent
Data Interpretation

There is a significant gap in intelligent, data-driven battery management.
The challenge lies in converting complex battery data into predictive intelligence that accelerates development,
stabilizes performance, mitigates safety risks, and eliminates uncertainty.
That's where SimLionics comes in.

SimLionics Solutions Across the Battery Ecosystem

Design, Simulation & Insights
design
  • Simulation and digital twin capabilities
  • Design optimisation
  • Deep data interpretation
  • Design-of-experiments support
State Estimation & Monitoring
State Estimation & Monitoring
  • Algorithms for SOC / SOH / SOE / SOP / SOT
  • State of Charge imbalance estimation algorithm
  • Early performance anomaly detection
Thermal & Safety Intelligence
Thermal & Safety Intelligence
  • Thermal modelling and design
  • Safety modeling
  • Early anomaly detection
  • Battery cyber-physical risk management
Control & Optimization
Control & Optimization
  • Fast charge protocols
  • SOC / Voltage / Current / Temperature limits
  • SOH-based control strategies
  • Power optimization across operating regimes
Data Analytics &
Agentic AI
Agentic AI
  • Autonomous operational decision agents
  • Predictive maintenance & lifecycle forecasting
  • Use pattern intelligence
  • Warranty risk & financial impact analytics
  • Continuous model self-learning

SimLionics Solutions Across the Battery Ecosystem

Design, Simulation & Insights
Design, Simulation & Insights
  • Simulation and digital twin capabilities
  • Design optimisation
  • Deep data interpretation
  • Design-of-experiments support
State Estimation & Monitoring
State Estimation & Monitoring
  • Algorithms for SOC / SOH / SOE / SOP / SOT
  • State of Charge imbalance estimation algorithm
  • Early performance anomaly detection
Thermal & Safety Intelligence
Thermal & Safety Intelligence
  • Thermal modelling and design
  • Safety modeling
  • Early anomaly detection
  • Battery cyber-physical risk management
Control & Optimization
Control & Optimization
  • Fast charge protocols
  • SOC / Voltage / Current / Temperature limits
  • SOH-based control strategies
  • Power optimization across operating regimes
Data Analytics & Agentic AI
Data Analytics & Agentic AI
  • Autonomous operational decision agents
  • Predictive maintenance & lifecycle forecasting
  • Use pattern intelligence
  • Warranty risk & financial impact analytics
  • Continuous model self-learning

SimLionics across the battery life

Some teams start early. Others join after deployment. The intelligence adapts either way.
SimLionics works wherever you are in the cycle:

Battery Life Cycle
Know More

SimLionics across the battery life

Some teams start early. Others join after deployment. The intelligence adapts either way.
SimLionics works wherever you are in the cycle:

Battery Life Cycle
Know More

Built by battery scientists.
Proven in the field.

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Dr. Rutooj Deshpande

Founder & CEO

Dr. Rutooj Deshpande is a renowned battery scientist, entrepreneur, and academic with 17+ years of experience advancing lithium-ion battery design and control for vehicle electrification and energy storage systems.

He has worked with leading global organizations including Ford, General Motors, Sterling and Wilson, and Rivian, where he led the development of 30+ vehicle programs and 30+ large-scale BESS (Battery Energy Storage System) projects.

Leveraging deep physics-based modeling expertise and 20+ patents and trade secrets, his work focuses on building high-performance batteries and intelligent control strategies that translate science into real-world impact. He holds a Ph.D. from the University of Kentucky and completed postdoctoral research at Lawrence Berkeley National Laboratory.

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Mr. John Vander Meulen

External Advisor for Sales & Marketing

Mr. John Vander Meulen is a seasoned executive with over 35 years of experience building and leading cross-functional teams across sales, marketing, professional services, and operations.

As an External Advisor, he guides SimLionics’ go-to-market strategy, sales acceleration, and marketing direction, translating software capabilities into strategic growth, sustained revenue, and measurable client impact.

Industries we serve

Electric Vehicle

Electric Vehicle

Energy Storage

Energy Storage

Aerospace

Aerospace

Battery and Cell Manufacturers

Battery & Cell Manufacturers

Portable Electronics

Portable Electronics

Industries we serve

Electric Vehicle

Energy Storage

Aerospace

Battery & Cell Manufacturers

Portable Electronics

Our Esteemed Associations

Battery intelligence isn't about reacting to problems. It's about making better decisions, earlier, and continuously.

SimLionics helps teams design, validate, and operate batteries with clarity and confidence.

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