Build, simulate, and analyze dynamic multi-domain systems. From modelling Hybrid PV Solar Systems with Fuel Cells to developing robust energy management algorithms under variable environments.
Model Your System
Simulate hybrid power generation. Balance grid loads between PV arrays, battery storage, and secondary fuel cells efficiently.
Model high specific heat capacity materials for heating and cooling networks. (Note: Biot number scaling applied only when explicitly requested).
Test closed-loop feedback systems and dynamic system responses before deploying code to physical hardware.
Calculate lift, drag, and pressure distribution over complex geometries like vehicles, wind turbines, and aerospace components.
Simulate complex thermal interactions between solids and fluids. Perfect for heat sinks, electronics cooling, and HVAC systems.
Optimize pressure drop, velocity profiles, and mixing behavior inside manifolds, valves, and industrial pipe networks.