WAVES

Wave energy converter mechanism by transmitting reciprocating, variable amplitude and direction wave motion into uni-rotational motion

General Information

Funding Programme / Call

Cyprus Research Promotion Foundation (RPF) Framework Programme for Research, Technological Development and Innovation 2008 ΤΕΧΝΟΛΟΓΙΑ/ΕΝΕΡΓ/0308(ΒΙΕ)

Funding Body / Agency

Research Promotion Foundation (RPF Cyprus), co-funded by the Republic of Cyprus and the European Regional Development Fund (ERDF

Project Duration
(Start – End)

1 February 2010 – 31 January 2012 (24 months)

Total Funding (€)

€141,000

UCY Budget (€)

€125,000

Project Status (Proposed / Ongoing / Completed)

Completed

Project Coordinator (Organisation)

University of Cyprus; Environmental Fluid Mechanics Laboratory (EFM-Lab), Department of Civil and Environmental Engineering – Dr Marina Neophytou

UCY Primary Investigator (PI)

Dr Marina Neophytou

External Partners / Consortium Members

Project Overview

WAVES was an applied industrial research project focused on developing, testing, and validating a novel wave energy converter (WEC) specifically designed for the low-energy wave climate of Cyprus and the Eastern Mediterranean. The project introduced an innovative patented mechanical transmission system capable of converting irregular reciprocating wave motion of varying amplitude and direction into continuous uni-rotational motion, thereby improving energy capture efficiency compared with conventional designs.

The project combined hydrodynamic modelling, mechanical design, laboratory testing, field validation, and techno-economic evaluation to optimise the converter for both offshore and onshore deployment. Key objectives included exploiting coastal wave resources for renewable electricity generation, desalination support, and sustainable water-resource management while minimizing environmental impacts.

Through multidisciplinary collaboration, WAVES established local expertise in marine renewable energy, strengthened Cyprus’s sustainable development capacity, and contributed to European renewable energy and climate goals. The project also laid the scientific and technological foundation for later prototype refinement and international scientific publication.

Scientific / Research Field
Renewable Energy Engineering, Wave Energy Conversion, Environmental Fluid Mechanics, Sustainable Coastal Engineering
Keywords (Include 4–6 keywords relevant to research domain, technologies, and application sectors)
Wave Energy, Renewable Energy, Wave Energy Converter, Coastal Sustainability, Mediterranean Sea, Sustainable Development

Objectives

Main Objective:

To design, manufacture, optimise, and validate an innovative high-efficiency wave energy converter suitable for Cyprus’s coastal environment and low-energy Mediterranean wave climates.

Project Team / University of Cyprus (UCY)

Dr Marina Neophytou

Principal Investigator

Dr Andreas Kyprianou

Research Team

Prof. Georgios Georgiou

Research Team

Georgios Vessiaris

Research Team

Savvas Hadjixenofontos

Research Team

Petros Mouzourides

Research Team

Dan Hayes

Research Team

Giorgos Nikolaides

Research Team

Impact & Outcomes

Scientific Impact

Societal / Economic Impact

Dissemination & Exploitation Plan:

Stakeholders / End-users

Policy bodies
Cyprus Energy Service, Public Works Department, sustainable development authorities
Industry
Renewable energy developers, desalination operators, coastal infrastructure firms
Municipalities
Coastal municipalities, local development agencies
NGOs
Citizen groups

Dissemination

Publications
0
Conferences
0
Workshops
0
Media Post
3

Exploitation

Commercialization
0
Policy integration
0
IP
0
Standards
0
Spin-offs
0