Discretization · Renewable Energy
2D Finite Element Method (FEM) for Renewable Energy
Apply the 2d finite element method (fem) to real renewable energy problems — in the browser, with AI assistance.
This is the 2d variant of the Finite Element Method (FEM). FEM approximates a continuous field with piecewise basis functions over a mesh, assembling a large sparse system that is solved for nodal values. It is the workhorse of structural, thermal, and electromagnetic analysis.
In renewable energy, teams face challenges like intermittency, thermal cycling, grid integration. The 2d finite element method (fem) directly supports use cases such as wind-farm cfd, pv thermal modeling, battery storage sizing, and PolySim's AI Copilot can recommend settings and catch common setup errors before you run.
Typical Renewable Energy use cases
- Wind-farm CFD
- PV thermal modeling
- Battery storage sizing
Upgrade your workspace
Biology Simulation Kit — $19
Population dynamics, reaction networks, and cellular models.
Recommended products
Materials Property Report
$6A sourced report on a material's mechanical & thermal properties.
Reproducible Research with PolySim
$18Publish reproducible, citable computational research.
Enterprise
$480/moOn-prem/air-gapped deployment with dedicated clusters.
Video Export Credit ×3
$4Render three 4K simulation videos of your time-domain results.
Shareable Interactive Embed
$3Publish one live, interactive embed of a simulation to any site.
Physics Starter Kit
$19Everything you need to start simulating classical & modern physics.