SimulIDE Arduino Hybrid Power Design

@Mahihassi

As an avid electrical engineer with a specialization in firmware development and a robust understanding of connected systems, I am not only fully capable of undertaking this unique SimulIDE Arduino hybrid power project, but I am exceptionally qualified to deliver on its objectives. Having extensively worked with Arduino, including using it in diverse hybrid renewable energy systems, I can skillfully create your full SimulIDE project while only utilizing the native component library. My designs will incorporate all the relevant elements and sensor inputs to demonstrate how different power sources can be prioritized and managed in real-time. In addition to creating the requested .simu and .ino files, I understand the immense importance of documentation, specifically in an educational setting. Thus, I guarantee you a concise yet comprehensive step-by-step guide that precisely explains both setup logistics and the intricacies of the wiring logic. I've been an embedded system engineer for 5 years and have consistently strived for innovation and optimization in my work. Notably - my expertise doesn't stop at purely electrical engineering. As a firm believer in offering integrated solutions, my knowledge also extends to AI, Machine Learning & Deep Learning—which can greatly aid in data analysis for load sharing of your hybrid power system.

@tshibsamuel477

Hi there, I have carefully reviewed your requirements and the provided hybrid solar + wind + tidal system concept. I can build the complete **SimulIDE project and Arduino sketch**, with all three renewable sources feeding a common DC bus, Arduino-based voltage/current monitoring, source-priority control, MOSFET/relay switching, and live plots for classroom demonstrations. As a mechatronics engineer with nearly five years of experience in electronics, Arduino-based control, power systems, sensors, and embedded C/C++, I have already worked with the main components and concepts involved in your project, including Arduino, voltage/current sensing, MOSFET/relay control, DC power conversion, solar, wind, and renewable-energy monitoring systems. I can keep the simulation entirely within SimulIDE's native component library as requested. I will deliver the `.simu` file, well-commented `.ino` code, and a concise illustrated guide explaining the wiring, control logic, testing scenarios, and classroom talking points. Given my skill set, I can complete and debug the model efficiently so it is easy for students to understand and modify. Please send me a message, and we can get started. Best regards, Samuel tshibangu

@mayr81

To build a SimulIDE-based hybrid renewable classroom demo, I’ll deliver the complete .simu model and matching Arduino .ino code that runs inside SimulIDE only. What you’ll get: - Three virtual sources (solar, wind, tidal) tied into a shared DC bus. - Arduino sketch that reads representative voltage/current sensors for each source. - Simple source-prioritization logic and control of SimulIDE switch-mode elements (relays/MOSFETs) to route power onto the DC bus. - Live SimulIDE plots showing bus voltage and each source’s contribution, so students can observe load sharing as conditions change. - Code comments + a concise guide (Markdown/PDF) with setup steps, wiring logic, and classroom talking points. I’ll keep everything inside SimulIDE’s native component library and focus on interactions: how the measurements drive decisions, and how switching alters power flow.