A Suite of Tools

Microgrid Planner is an open-source suite of web tools designed to assist with the early stages of microgrid planning. Our technology stack includes Python, MySQL, Flask, JavaScript, jQuery, Bootstrap, HTML, CSS, and Docker. We are distributing our codebase as open-source software for two reasons: (1) allow others in the scientific community to deploy microgrid planning methods that would otherwise be purely methodological research endeavors, due to a lack of resources to develop the infrastructure required for deployment; and (2) encourage others to contribute to the future development of our suite of tools. We welcome both feedback and collaboration opportunities.

Software Contributors

Microgrid Planner was developed by

• Daniel Reich, 2020-present
• Leah Frye, 2022-present

with contributions from

• Richard Alves, photovoltaic and wind modeling contributor, 2024-present
• Eldor Magat, Docker contributor and deployment support 2024-present
• Philip McCullick, Docker contributor and deployment lead 2023-present
• Jeff Haferman, Naval Postgraduate School High-Performance Computing support, 2023-present
• Bruce Chiarelli, Docker contributor and deployment lead 2021-2023
• Hyatt Moore, proof of concept JavaScript and MySQL contributor, 2021-2022

Release Notes

Version 2.0 - April 2024

• Location-based analyses
• Enhanced solar and wind models
• Integration with weather data from the National Solar Radiation Database (NSRDB), hosted by the National Renewable Energy Laboratory (NREL)
• Slurm job queuing to enable computationally intensive algorithms
• Automated microgrid sizing method
• Simulation history with caching
• Selectable energy management systems
• Improved power load data handling
• Updated GUI with widgets
• Refactored code with improved organization and efficiency

Version 1.1 - September 2023

• Updated GUI
• Refactored code with improved organization and efficiency

Version 1.0 - March 2023

• User accounts with authentication
• User-defined components for diesel generators, photovoltaic systems, wind turbines and battery energy storage systems
• User-defined grids
• Upload and storage of powerload data
• Integration of Version 0.0 simulation methods with user-defined grids and powerload data
• Simulation method for measuring resilience of user-defined grids, using user-defined disturbance probabilities and repair times
• Data farming method for performing sensitivity analysis on grids (offline only)

Version 0.0 - November 2021

• Simulation with parameter inputs for one diesel generator, one photovoltaic system, one wind turbine and one battery energy storage system
• Simulation with parameter inputs for multiple diesel generators, photovoltaic systems, wind turbines and battery energy storage systems (offline only)
• Distributed energy resource sizing method for one diesel generator, one photovoltaic system and one battery energy storage system (offline only)

Future Relsease Plans

Additional features planned for release in upcoming updates include

• Resilience analysis method
• Sensitivity analysis method
• Cost modeling
• Enhanced methods for distributed energy resource sizing