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TESPy 0.8.0.post4 - Newton's Nature documentation
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TESPy 0.8.0.post4 - Newton's Nature documentation
  • Thermal Engineering Systems in Python

User Guide

  • Installation and setup
  • Modeling Basic Systems
    • Introduction
    • Heat Pump
    • Rankine Cycle
    • Gas Turbine
    • District Heating Network
  • Advanced Tutorials
    • Build a Heat Pump Stepwise
    • How to Generate Stable Starting Values
    • Exergy Analysis of a Ground-Coupled Heat Pump
    • Thermal Power Plant Efficiency Optimization
  • Example Applications
  • TESPy community

Documentation

  • TESPy modules
    • Networks
    • Network reader
    • Components
    • Component Groups: Subsystems
    • Connections
    • Characteristics
    • Fluid properties
    • User defined equations
  • Benchmarks
  • API Documentation
    • tespy.components module
    • tespy.connections module
    • tespy.data module
    • tespy.networks module
    • tespy.tools module
  • What’s New
  • Literature

Advanced Features

  • Exergy analysis

Contribute to TESPy

  • What can I contribute?
  • How can I contribute?
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API Documentation¶

All component and connection property equations derive from balance equations for fluid composition, mass flow and energy in regarding thermal as well as hydraulic state and thermodynamic fluid property equations respectively. Standard literature is for example [14, 15, 16] (German) [17] (English). Equations and properties from other sources are cited individually.

  • tespy.components module
  • tespy.connections module
  • tespy.data module
  • tespy.networks module
  • tespy.tools module
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Last updated on May 15, 2025