Research map

Battery heat, measurement, estimation and BESS control.

The research record addresses four connected questions: how batteries generate and reject heat, how that behavior can be measured, how charge state can be estimated online, and how storage can support grid-connected and grid-forming operation.

Research themes

Start with the engineering question.

Research software

ThermoWeave-3D

A deterministic 36-node electrothermal graph model with tests, synthetic evidence, manuscript, data, and explicit validation limits.

Explore ThermoWeave-3D

Thermal systems

Battery thermal management

Predicting heat generation and temperature distribution to support safer EV and stationary storage design.

Explore battery thermal management

Measurement

Isothermal calorimetry

Using heat-flow evidence to characterize battery efficiency and thermal load under controlled conditions.

Explore calorimetry

Estimation

State of charge

Combining system identification and nonlinear optimization for online battery state estimation.

Explore SoC estimation

Grid control

BESS grid control

A unified control framework for grid-tied and grid-forming battery energy storage operation.

Explore BESS control

Inspectable research artifacts

Move from the theme into pinned code, results, and limitations.

MATLAB / Simulink

Energy-system model laboratory

Battery dynamics, SOC-EKF, electro-thermal, converter, and unified BESS-control references with release evidence.

Open the Energy Lab

Reference models

Battery and power electronics

Small tested Python and MATLAB thermal and DC-link relationships for assumption review.

Open the reference models

Degradation analysis

Battery Cycle-Life Analyzer

Three empirical fits, explicit synthetic demonstrations, and bounded EOL/RUL projection.

Open the analyzer

Thermal validation

Battery Thermal Modeling Notes

An executable model connected to fidelity choice, boundaries, traceability, data quality, and uncertainty.

Open the thermal notes

Research benchmark

VoltRL

Finite-state battery-arbitrage protocols with release results, holdout separation, and explicit market limits.

Open the VoltRL benchmark

Grid storage

Smart Grid Storage Playbook

Executable P-Q, voltage, frequency, ramp, temperature, energy, and reserve constraints.

Open the grid-storage playbook