Optimize your consumption, production and batterystorage of electricity with dynamic prices

Home Assistant automations & Lovelace cards for Solis (Solar) inverter, Modbus, battery reserve, grid planned outages, YAML.

Multi-Period Optimal Power Flow for Active Distribution Systems with Spatially Distributed Computation

Skyline integration for Home Assistant

Simple Library to Control a MeanWell BIC-2200 via CAN Bus

This repository contains the source code utilised for the paper: "Weather-Driven Predictive Control of a Battery Storage for Improved Microgrid Resilience"

Energy system simulation framework that optimizes generation portfolios using AI-based genetic algorithms. Models hourly power dispatch, battery management, and source failures over multi-year horizons to evaluate reliability and economic performance of diverse energy mixes.

Smart Nanogrid Gym is an OpenAI Gym environment for simulation of a smart nanogrid incorporating renewable energy systems, battery energy storage systems, electric vehicle charging station, grid connection, a connected building and using vehicle-to-everything methodology.

Battery Energy Storage System (BESS) Energy Management System with real-time monitoring and control. Java Swing-based GUI for PCS, BMS, and grid monitoring with comprehensive alarm management and data visualization.

Windows desktop (WPF) program for PV plant design and metrics. Originated as my thesis project for MS-EM at NYIT, Vancouver. C# VS.net. MSSQL 2017 DB. I am now making this open source. Plenty of additional work to do. This is too large of a project for one programmer (me). I am hoping that additional developers will find value here and join in. …

Python client for Site-Calc investment planning API - long-term capacity planning and ROI analysis

Python implementation of a machine learning enhanced bipolar L-fuzzy rough PROMETHEE decision-making model.

Modular, physics-informed simulation of local smart grids with battery storage, decentralized trading, overload mitigation, and line-loss modeling.

Python-Simulationsskript zur Analyse der Profitabilität eines AC-gekoppelten Heimspeichers in Kombination mit einer PV-Anlage unter den neuen regulatorischen Rahmenbedingungen in Deutschland (MiSpeL, EnWG-Novelle)

🌍 Revolutionize cooling in AI data centers with a zero-water system that recycles waste heat, aiming for a sustainable future by 2030.

Co-optimization framework for Battery Energy Storage Systems between day-ahead energy arbitrage and balancing reserves. Builds a unified optimization model and evaluates revenue/risk using French market data (RTE/Ember).

⚡ Monitor and control your 300MW Battery Energy Storage System (BESS) in real-time with our robust energy management system for efficient operations.

Masterarbeit Simulation Batteriespeicher für Balkonkraftwerke

An open-source architecture for AI data centers that use zero freshwater. This repo provides practical designs for replacing evaporative cooling with closed-loop immersion, heat-to-power recovery, and adaptive AI-based thermal control, reducing water usage by 100% and energy demand by up to 20%.Built through a cross-AI collaboration.

A toolkit for AlphaESS battery owners who want to understand their system's performance, optimize charge/discharge schedules, and compare electricity plans.