Throughout the project's duration, significant strides were achieved in both scientific and technological realms.
Noteworthy accomplishments include the refinement of cost-effective thermoelectric paints exhibiting impressive efficiencies, applicable to various uses beyond the project's scope. A substantial enhancement in the stability and electrical connectivity between electrodes and thermoelectric materials was confirmed.
Furthermore, the project successfully constructed a high-power fiber laser optimized for 1550 nm wavelengths. A groundbreaking achievement surfaced in the domain of plasmonics, culminating in the creation of a hybrid plasmonic and thermoelectric system. This marked a pioneering instance illustrating the substantial role of plasmonics within the energy transfer system.
Extensive testing was undertaken on the hybrid thermoplasmonic systems, encompassing thermocouple, vacuum, and vibrational assessments. In each scenario, the systems surpassed the prerequisites essential for their potential application in space settings. Additionally, remote energy transfer trials were executed, successfully activating a low-voltage DC-DC conversion board operating at 3.3 V. This breakthrough achievement enables the charging of energy storage systems.
In light of these advancements, a patent application has been submitted for evaluation on a European level. Notably, a business competition hosted by the University of Porto saw the formulation of a comprehensive business model tailored to the developed technology.
Regarding its dissemination, the project has achieved substantial visibility through the publication of numerous scientific articles and active participation in esteemed international conferences. These engagements took the form of guest lectures, as well as both poster and oral presentations, consolidating its presence on a global platform.
The project's remarkable contributions have garnered several prestigious scientific accolades, underscoring its significance in the field. Moreover, its impact extends to the academic realm, facilitating the training of a minimum of 2 PhD candidates and over 5 master's theses. Notably, the project has played a pivotal role in the employment trajectory of multiple researchers, many of whom have secured extended contracts spanning up to 6 years within their respective institutions.
To encapsulate the project's essence and multidisciplinary essence, four promotional videos were conceived, showcasing its convergence across domains such as satellites, energy harvesting, lasers, and plasmonics. These videos, now accessible online, provide a tangible testament to the project's multifaceted nature and its contributions to diverse fields.
