Our projects

Off-Grid Wind-Solar Hybrid Power System

The Off-Grid Wind-Solar Hybrid Power System can for simulating and managing hybrid renewable energy systems. It allows users to configure solar, wind, and battery parameters, analyze energy production, and optimize system performance for off-grid applications.

A key feature is remote monitoring, enabling real-time tracking of power generation, battery status, and load consumption over a network. This makes it ideal for remote installations requiring continuous oversight and control.

Probabilistic Reserve Dimensioning System

This project involves the development of a Python-based system that determines reserve requirements for power grids with high renewable penetration. It analyzes solar and wind forecast errors using statistical methods and computes reserve margins through both analytical formulas and Monte Carlo simulations. The tool offers a GUI for data input, real-time visualization, and export of results, enabling practical use by grid operators and energy planners.