EnergySystemModels Documentation

Welcome to the EnergySystemModels library documentation!

Developed by Zoheir HADID

Objective and Approach

This documentation presents the EnergySystemModels Python library, designed to facilitate calculations and analyses related to energy efficiency. By providing Python-written models, you can easily put energy efficiency concepts into practice. The calculation tools can also facilitate understanding and analysis of complex data related to energy efficiency.

Prerequisites

In order to better understand the energy efficiency models presented in this document and the accompanying Python calculation tools, prior knowledge of programming is necessary, particularly in the Python language. However, the models are presented step by step, in a simple and accessible manner, to facilitate their adoption by a wide audience.

Table of Contents

Contents:

• Usage
  • Installation
  • Updating
• 1. Heat Transfer
  • 1.1. Transfert de chaleur convectif naturel et radiatif d’un corps parallélépipédique rectangulaire
  • 1.2. Heat Transfer in Composite Walls
  • Parallelepiped Body
  • 1.3. Analyse de l’isolation des tuyaux
• 2. Thermodynamic Cycles Package
  • Nomenclature
  • Fluid Source
  • Sink
  • Compressor
  • Input parameters
  • Turbine
  • Input parameters
• 3. AHU Modules
  • Exemple de AHU Frais
  • CTA d’air neuf
  • Résultats
  • Nomenclature
• 4. Hydraulic Models
  • 4.1. de la perte de charge linéaire d’un conduit d’eau
  • 4.2. TA Balancing Valve (Tour & Andersson / IMI Hydronic)
• 5. Aeraulic Models
  • 5.1. Calcul de la perte de charge linéaire d’une gaine d’air
• 6. Pinch Analysis
  • Pinch Analysis
  • Methods disponibles
  • Pinch Analysis
• 7. IPMVP - Mesure et Vérification
• 8. Données Météorologiques
  • Données Météorologiques
  • OpenWeatherMap API
• 9. Production Photovoltaïque
• 10. Energy Purchase
  • 10.1. Calcul du coût du réseau électrique
  • 10.2. Calcul du coût du réseau gaz naturel
• 11. Certificats d’Économies d’Energy
• General Nomenclature
  • Heat Transfer (HeatTransfer)
  • Thermodynamic Cycles
  • Air Handling Units (AHU)
  • Hydraulics
  • Conventions
• API Reference