Project Number: KD01LMS, KD03LMS
Solaqua is designed as a viable, cost-effective solution for floating Photovoltaic systems at sea. While several floating systems had been launched since 2007 in lakes, ponds and reservoirs, the initial SolAqua prototype was the first ever floating photovoltaic platform in open sea.
The system incorporates the optimal design both of the structure and the PV system itself which incorporates the lowest cost structure that would withstand the expected forces while maximising the power output of the PV system itself. The modular design can be scaled up virtually to any size.
Its modular design make it easy to deploy. It also allows for easy scaleup.
The platform was specifically designed to withstand all marine conditions similar to those found in the Mediterranean unlike other designs which are more suitable for closed bodies of water.
The primary design of these platforms was for offshore PV. However the structure can used for many other purposes at sea such as in Aquaculture, desalination, leisure, industrial, habitation and hydroponics.
To date 3 prototypes have been successfully tested in open water. The next step would be to test a full scale prototype in the intended conditions.
Prof. Luciano Mule’Stagno
Commercial Interest
We are looking for potential licensees and collaborators to develop the technology into a large scale prototype and manufacture into a final product which can be commercialised.
Access the Solaqua website
Solaqua 2.1 funded by REWS (Regulator for Energy and Water Services) via RIDT (Research Trust of the University of Malta).
Solaqua 2 funded by the Maritime Seed Award
SolAqua 1 was funded by MCST under the Research and Innovation (R&I) scheme targeted at offshore renewable technologies in 2012 (MCST R&I 2012-041).
Contact Nicola Camilleri or the Knowledge Transfer Office.