The international momentum behind the COOPERANT project reached a vital European milestone as the consortium made a major dual appearance at the prestigious 12th Swiss Symposium on Thermal Energy Storage (SSTES). Held at the Lucerne University of Applied Sciences and Arts (HSLU), the symposium served as a high-level convergence point for the continent’s leading minds in decarbonization, thermodynamics, and renewable grid architecture.
COOPERANT’s presence at the event was both structural and scientific. Anabel Palacios, representing HSLU, stepped into a leadership role as a key organizer of the symposium, positioning the project at the very center of the day’s agenda. Parallel to this organizational leadership, Dimitrina Lang from KRAFTBLOCK actively participated in the technical exchanges, ensuring that industrial engineering perspectives remained at the forefront of the academic dialogue.
Unveiling the Blueprints of 3rd Generation CSP
Together, the partners presented a comprehensive scientific poster and technical abstract titled “General description of COOPERANT Innovations.” The showcase acted as the official introduction of the project’s architectural framework to the Swiss and central European energy sectors.
The presentation detailed how COOPERANT aims to break the traditional barriers of Concentrated Solar Power (CSP) by engineering a “3rd Generation” system. While conventional solar setups struggle with energy consistency, COOPERANT’s core innovation relies on a hybridized Thermal Energy Storage (TES) unit that can absorb and retain extreme temperatures. Visitors to the session were given a first look at how the project seamlessly fuses this next-generation hardware with Artificial Intelligence (AI) tools designed to predict weather patterns and optimize energy dispatch in real-time.
Bridging the Gap Between Lab and Industry
The dual presence of HSLU (academia) and KRAFTBLOCK (industry) at the symposium perfectly mirrored COOPERANT’s broader market philosophy: scientific breakthroughs are only as good as their commercial scalability.
During the poster sessions, the COOPERANT representatives engaged in intense technical discussions with European policymakers, grid operators, and material scientists. The dialogues centered on how the project’s high-temperature storage capabilities can be weaponized to decarbonize heavy manufacturing processes and provide reliable baseload power to the grid, even during long periods without sunlight.
The successful showcase in Switzerland marks the first of many steps as COOPERANT continues to export its AI-driven solar solutions across global scientific and industrial platforms.
- Scientific Resource: For a detailed look at the data and schematics presented, view the official repository on Zenodo: DOI 10.5281/zenodo.15052698
- Join the Community: Want behind-the-scenes insights into the labs, the technology, and the team driving this solar revolution? Follow the journey on Instagram: @COOPERANTproject