Wavepiston | Wavepiston has started accelerated testing @Martinvonbulow | Uploaded October 2022 | Updated October 2024, 1 hour ago.
The video shows the accelerated tests of our device that we started in October 2022 at the testing facility at DTU, the Technical University of Denmark. It is a part of VALID project, which aims to develop hybrid testing platform for ocean energy technology in a cooperation with other wave energy developers.
Our team has created the first version of a numerical model that simulates the movement and pressure variations in the hydraulic rams. We have also designed a physical platform for testing hydraulic rams at realistic speeds and pressures.
The platform will feed performance data into the hybrid model, including pressure, leak volume and friction. It significantly shortens time-to- market while also applying more rigorous demands on performance and reliability, ultimately creating a better product in less time and for less money.
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 101006927.
The video shows the accelerated tests of our device that we started in October 2022 at the testing facility at DTU, the Technical University of Denmark. It is a part of VALID project, which aims to develop hybrid testing platform for ocean energy technology in a cooperation with other wave energy developers.
Our team has created the first version of a numerical model that simulates the movement and pressure variations in the hydraulic rams. We have also designed a physical platform for testing hydraulic rams at realistic speeds and pressures.
The platform will feed performance data into the hybrid model, including pressure, leak volume and friction. It significantly shortens time-to- market while also applying more rigorous demands on performance and reliability, ultimately creating a better product in less time and for less money.
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 101006927.
