The concern for climate change and energy consumption has increased the demand for
renewable energy production considerably. Marine energy sources attract attention because …

Environmental impacts from wave energy generators on the local mobile mega-and
macrofauna community have been investigated in the Lysekil project by Uppsala University …

Ocean renewable technologies have been rapidly developing over the past years. However,
current high installation, operation, maintenance, and decommissioning costs are hindering …

Techniques for marine monitoring have been greatly evolved over the past decades, making
the acquisition of environmental data safer, more reliable and more efficient. On the other …

The wave energy industry is an emerging sector and a new user of maritime space that has
potential to contribute significantly to the EU renewable energy goals. International and …

Wave energy converters (WECs), which are designed to harvest ocean wave energy, have
recently been improved by the installation of numerous conversion mechanisms; however, it …

Wave power has the potential to contribute significantly to sustainability by reducing our
global dependence on fossil fuels. Due to harsh conditions and high costs associated with …

The Lysekil wave energy converter (WEC), developed by the wave energy research group of
Uppsala University, has evolved through a variety of mechanical designs since the first …

The investigation of various aspects of the wave climate at a wave energy test site is
essential for the development of reliable and efficient wave energy conversion technology …

The electrification of remote islands has long been a subject of research interest, primarily
because of their historical reliance on fossil fuels, leading to a significant carbon footprint …