por asgonzal | Oct 21, 2022 | Project
VISHELIO team publishes a new article in Renewable Energy journal. The work, entitled Canting heliostats with computer vision and theoretical imaging, summarizes the main findings and developments of VISHELIO project. The article is open-access at:...
por jocastil | Nov 4, 2021 | Project
On November 4th, we received a group from “Siglo XXI” high school where we gave an introduction to concentrating solar power and optical techniques. After that, the students visited our testbed where we run a practical demonstration of the detection of...
por jocastil | Oct 9, 2021 | Project
We visited again the biggest centre for research, development and testing in Europe devoted to concentrated solar energy technologies. This time, we spent a whole week working on canting heliostats using our technique and the preliminary results seemed promising. Now...
por jocastil | Jul 30, 2021 | Project
We are proud to announce that we got three communications accepted in Solar Paces. One of them as an oral session and two more as posters. Quantification of Canting Errors: Technique Combining Camera Vision with Theoretical (Oral presentation)Detecting the Reflection...
por jocastil | Jun 17, 2021 | Project
We have been to an actual thermosolar plant for a first approach towards the upcoming real-world tests in the VISHELIO project. We were able to select a suitable testing place with two full-fledged heliostats that suited the project’s needs. On that fruitful...
por romorale | Feb 25, 2021 | Project
The testbed consists of two structures. The first one holds the facet and allows its canting to check the performance of the correction method. The second structure integrates the camera with a simulated facet. The idea is to align both structures so the camera can...
