The H-HOPE project has achieved a major milestone with the setup of its first test rig, dedicated to evaluating and optimising novel energy harvester designs for open-stream applications. This critical step, spearheaded by Prof. Pavel Rudolf of Brno Technology University and Work Package Leader, paves the way for groundbreaking advancements in sustainable energy technology.
The focus of this initiative is the design and optimisation of an energy harvester for free-surface applications, enabling efficient power generation from flowing water. To achieve this, the project team has outlined the following sub-objectives:
- Test Channel Development: Establishing a specialised channel for experimental testing and performance verification.
- Energy Harvester Design: Creating and manufacturing an energy harvester equipped with a power take-off (PTO) system based on an electromagnetic generator.
- Model Validation: Conducting rigorous testing to validate the electromechanical model, emphasizing resonance conditions and the interaction between mechanical and electromagnetic damping.
- Performance Optimization: Refining the design to maximize power extraction and extend the operational range of the harvester.
This test rig represents a crucial platform for addressing the challenges of energy conversion efficiency in dynamic environments. By focusing on resonance conditions and coupling effects, the team aims to enhance the harvester’s performance under real-world conditions.
Prof. Rudolf: “This setup is a significant step in understanding and improving energy harvester designs. It not only supports the project’s goals but also contributes to the broader vision of sustainable energy generation.”
The outcomes of this experimental phase will guide the next steps in the H-HOPE project, including scaling the harvester for practical deployment in various aquatic environments.
