Transactive Energy Simulation Platform (TESP)

Contents:

• Introduction to Transactive Energy and TESP
  • What Is Transactive Energy?
  • Transactive Energy Simulation Platform (TESP)
  • TESP Software Stack Overview
  • Overview of Transactive Energy Analysis Process
    • Value Model
    • Design of Analysis
    • Co-Simulation Implementation and Execution
    • Post-Processing and Analysis
  • Next Steps After TESP-Based Analysis
• Installing and Building TESP
  • Create a Github account (somewhat optional)
  • Installation Guide
    • Creating a Ubuntu Linux VM with VirtualBox
    • Creating a WLS2 on Windows 10
    • Running TESP install script
    • Setting Up TESP Environment
    • Validate TESP installation
  • Alternate Installation Methods
    • Windows- or macOS-Based Installation with Docker
    • TESP API Installation
    • Trouble-shooting Installation
• TESP Demonstrations and Examples
  • TESP Capability Demonstrations
    • loadshed
    • loadshed - Prototypical Feeder with Point-to-Point Communication Network
    • PYPOWER Example
    • weatherAgent
    • EnergyPlus Example
    • TE30 Demonstration
    • DSO Stub
    • IEEE 8500
    • House Example
    • GridLAB-D Player and Recorder Demonstration
    • GridLAB-D Model Modification
    • Datastore Demonstration
    • Residential Feeder Generator
    • # Design Notes
  • TESP Example Analysis
    • SGIP1 Analysis Example
    • DSO+T Analysis
    • Indices and tables
    • Consensus-based Transactive Communities - Example and Documents
• Developing and Customizing TESP
  • Introduction
    • Standard Third-Party Tools
• References
  • Design Reference
    • Messages between Simulators and Agents
    • TESP for Agent Developers
    • Output Metrics to Support Evaluation
    • GridLAB-D Enhancements
    • Developing Valuation Scripts
    • Developing Agents
    • tesp_support Package Design
    • Development Work Flow for tesp_support
  • Code Reference
    • TSO Case Data
    • src Directory Structure
    • Links to Dependencies
  • tesp_support package
    • Subpackages
  • Coding Style Guide
    • PEP 8
    • TESP-Specific Style
  • TESP Design Philosophy and Development Plans
    • Introduction
    • Challenges of a Generic TESP
    • Addressing Challenges: The Design Philosophy of TESP
    • The Path Forward for TESP
  • Bibliography
  • TESP License
• Archives
  • Building on Ubuntu
    • Preparation - Virtual Machine or Windows Subsystem for Linux (WSL)
    • Preparation - Build Tools and Java
    • Preparation - Python 3 and Packages
    • Checkout PNNL repositories from github
    • Choosing and Configuring the Install Directories
    • FNCS and HELICS
    • GridLAB-D
    • EnergyPlus
    • Build eplus_agent
    • Build EnergyPlus Weather File Utility
    • Build ns3 with HELICS
    • Prepare for Testing
    • Building Documentation
    • Deployment - Ubuntu Installer
    • Deployment - Docker Container
    • DEPRECATED: MATPOWER, MATLAB Runtime (MCR) and wrapper
  • Building on Mac OS X (DEPRECATED)
    • Build GridLAB-D
    • Install Python Packages, Java, updated GCC
    • Checkout PNNL repositories from github
    • FNCS with Prerequisites (installed to /usr/local)
    • HELICS (installed to /usr/local, build with gcc9)
    • GridLAB-D with Prerequisites (installed to /usr/local)
    • ns-3 with HELICS
    • EnergyPlus with Prerequisites (installed to /usr/local)
    • Build eplus_agent
  • Building on Windows (DEPRECATED)
    • Install Python Packages and Java
    • Set Up the Build Environment and Code Repositories
    • Build FNCS and HELICS Link with GridLAB-D
    • Build EnergyPlus
    • Build eplus_agent
    • Build ns3 with HELICS

Indices and tables

• Index

• Module Index

• Search Page