21/02/2025.
We’ve Completed Testing
After months of development, engineering and testing, we have reached a major milestone for Sine Delta. Our latest round of physical testing has confirmed what we’ve been working toward. And the results are even better than expected.
Previously, our digital models and supercomputer simulations predicted a certain energy output for our Collectricity® unit. These calculations ran for days, using advanced computational techniques to estimate performance under real-world conditions. Now, after designing and building our testing equipment, manufacturing our own components and refining our setup over multiple iterations, we finally have real-world performance data.
And the results? We’ve exceeded our predicted energy output by more than 10%.
From Digital Models to Real-World Success
This achievement is a testament to the power of our technology and the dedication of our team. Developing new energy solutions is never a straight path—there were challenges, redesigns and breakthroughs along the way. But ultimately, our vision is becoming a reality: a highly efficient, scalable wind energy solution that meets the demands of modern industries.
A Firsthand Look, Board Members Witness the Results
To mark this significant milestone, our board members visited the testing facility to witness the technology in action. They didn’t just see the results—they experienced them. During the demonstration, they saw how the Collectricity® system generates power in real time, even using the byproduct energy to heat water (yes, like a kettle) right on site.
With these tests now successfully completed, we’ve officially proven the concept, de-risking the technology, and validated our calculations. This phase of development has come to its conclusion and now, we move forward to the next step.
What’s Next
The journey doesn’t stop here. The next stage for Collectricity® is building and deploying a full-scale wind generator for real-world testing. While the exact size and specifications will be explored further, this marks a major shift from controlled experiments to real-world conditions—where our innovation will prove its value in live environments.
This is a huge leap forward and we can’t wait to share more as we take this next step toward the future of wind energy.
