An intelligent, user-friendly software platform that acts as the "brain" of a localized microgrid. This software ensures resilience during outages through an automated, seamless transition to off-grid power and maximizes efficiency by intelligently managing energy sources.
- Automated Outage Management: Detects grid failures and seamlessly transitions to island mode.
- Intelligent Optimization: Manages power based on simulated costs and demand.
- Real-time Monitoring: Provides a live view of the microgrid's status.
This is a conceptual blueprint. To run the simulated version, follow these steps.
- Clone the repository:
git clone https://github.com/<your-username>/microgrid-control.git
- Navigate to the project directory:
cd microgrid-control - Run the main script:
python main.py
This project is currently a conceptual blueprint. The core logic for a seamless grid transition is fully defined and simulated. However, the following modules are currently placeholders for future development:
api/: The RESTful API for remote monitoring and control.data/: The database integration for storing and analyzing real-time data.hardware/drivers/: The real-world drivers that would replace the simulatedHardwareInterface.tests/: The suite of unit and integration tests for a production-ready application.
These modules represent the next steps in development to turn this conceptual model into a fully robust and functional application.
For good karma, I would appreciate all charitable donations if you want to support me. All donations are welcome and will help fund the continued development of this software.
To send a donation via Wise, you can use my personal payment tag. Wise will automatically convert the funds into the correct currency.
Donate via Wise: wise.com/pay/@thomasg4591
The codebase is organized into a modular structure to separate concerns.
microgrid_control/
├── api/
├── core/
├── data/
├── hardware/
├── tests/
├── .gitignore
├── main.py
└── README.md