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- Report:
Aquamarine Power Ltd
Throughout the development of the Oyster Technology, Aquamarine Power suffered from mixed experiences of the supply chain and poor component supply. Many of the components were purchased on the understanding that they were fit for purpose in subsea marine environments, and a number of these were not bespoke and may be considered by other wave developers.
Aquamarine Power often had to…
- Report:
Aquamarine Power Ltd
Through the successful execution of two full scale device installations (Oyster 1 and Oyster 800) and consecutive product improvement initiatives, Aquamarine Power gained a wealth of knowledge on numerous aspects of offshore operations including offshore planning, supply chain, vessel capabilities and weather limitations. Offshore operations are a common challenge shared by all developers, and…
- Report:
Wave Energy Scotland
This overview report has been prepared by Wave Energy Scotland (WES) and is intended as a brief guide to the contents of the reports produced for WES by Aquamarine Power Limited (APL) as part of Project Know-How.
Project Know-How is part of the on-going knowledge capture work within WES, where lessons, knowledge and key operational experiences were captured from the wave energy sector…
- Report:
European Marine Energy Centre (EMEC)
This document is part of a set of 5 reports Wave Energy Scotland (WES) has commissioned from the European Marine Energy Centre (EMEC), through engagement with supply chain companies, to create a set of Wave Energy Converter (WEC) development guidance documents which draw upon the lessons learnt from real sea deployments of marine renewables at the Orkney-based test site.
Four guidance…
- Report:
European Marine Energy Centre (EMEC)
This document is part of a set of 5 reports Wave Energy Scotland (WES) has commissioned from the European Marine Energy Centre (EMEC), through engagement with supply chain companies, to create a set of Wave Energy Converter (WEC) development guidance documents which draw upon the lessons learnt from real sea deployments of marine renewables at the Orkney-based test site.
Four guidance…
- Report:
European Marine Energy Centre (EMEC)
This document is part of a set of 5 reports Wave Energy Scotland (WES) has commissioned from the European Marine Energy Centre (EMEC), through engagement with supply chain companies, to create a set of Wave Energy Converter (WEC) development guidance documents which draw upon the lessons learnt from real sea deployments of marine renewables at the Orkney-based test site.
Four guidance…
- Report:
European Marine Energy Centre (EMEC)
This document is part of a set of 5 reports Wave Energy Scotland (WES) has commissioned from the European Marine Energy Centre (EMEC), through engagement with supply chain companies, to create a set of Wave Energy Converter (WEC) development guidance documents which draw upon the lessons learnt from real sea deployments of marine renewables at the Orkney-based test site.
Four guidance…
- Report:
European Marine Energy Centre (EMEC)
This document is part of a set of 5 reports Wave Energy Scotland (WES) has commissioned from the European Marine Energy Centre (EMEC), through engagement with supply chain companies, to create a set of Wave Energy Converter (WEC) development guidance documents which draw upon the lessons learnt from real sea deployments of marine renewables at the Orkney-based test site.
Four guidance…
- Journal Article:
Magagna and Uihlein
Ocean energy has the potential to play a significant role in the future energy system, whilst contributing to the reduction of carbon emissions and stimulating economic growth in coastal and remote areas. Ocean energy has attracted increasing interest, particularly in the EU, which is currently at the forefront of ocean energy development.
Tidal and Wave energy represents the two most…
- Journal Article:
Chatzigiannakou et al.
Since 2008, Seabased Industry AB (SIAB) has manufactured and deployed several units of wave energy converters (WECs) of different design. The WECs are linear generators with point absorber buoy systems that are placed on the seabed, mounted on a gravitation concrete foundation. These deployments have taken place in different areas, using different deployment vessels. Offshore deployments of…
- Journal Article:
Panda et al.
The ocean holds vast potential as a renewable energy source, but harnessing its power has been challenging due to low-frequency and high-amplitude stimulation. However, hybrid nanogenerators (HNGs) offer a promising solution to convert ocean energy into usable power efficiently. With their high sensitivity and flexible design,…
- Journal Article:
Klemes et al.
The lead-time for the development of a new energy technology, from the initial idea to the commercial application, can take many years. The reduction of this time has been the main objective of the EC DGTREN, who have funded two related recent projects, EMINENT and EMINENT2 (Early Market Introduction of New Energy Technologies). These projects were implemented to identify and accelerate the…
- Journal Article:
Dewulf et al.
The sustainable production and supply of raw materials (“nonenergy raw materials”) and primary energy carriers (“energy raw materials”) is a core element of many policies. The natural resource base for their production and supply, and the access thereto, are limited. Moreover, raw material supply is high on environmental and social impact agendas as well. A broad, quantitative framework that…
- Journal Article:
Song et al.
Nonlinearities inherent in the dynamic system lead the motion response of moored floating structure to be non-Gaussian processes, and the short-term motion response prediction based on Rayleigh distribution therefore becomes inaccurate. This paper proposes a probability density function (PDF), termed as the hybrid Rayleigh and Weibull distribution (HRW), to accurately characterize the…
- Report:
Offshore Wind Consultants
Wave Energy Scotland (WES) commissioned OWC to investigate the potential benefits that could be realised both to the wave energy industry and floating wind projects through the sharing of assets and/or deployment and operational activities. The overarching aim is to explore ways to fast-track or improve commercialisation potential of wave energy technology, given WES’s remit as a funding body…
- Journal Article:
Wimalaratna et al.
The facts are that increasing energy demand, depletion of fossil fuel, and greenhouse gas emissions have increased the world's interest in renewable energy. Out of all RE options, Wave Energy (WE) is the least harnessed one despite the availability of WE Resource (WERs) in many countries and with the potential to cover a significant proportion of the world's energy needs.…
- Report:
Aquatera Ltd
In 2012, the location for the establishment of the grid-connected wave energy test site for the Pacific Marine Energy Center (PMEC) was announced to be off the coast of Newport, Oregon. This location sits near the existing PMEC off-grid test site, which lies off Yaquina Head. These two areas, the grid-connected South Energy Test Site (SETS) and the off-grid North Energy Test Site (NETS) create…
- Conference Paper:
Ma et al.
With the increasing scarcity of fossil energy such as petroleum and the increasingly urgent requirements for ensuring energy security and protecting the ecological environment, the development of renewable and clean energy has become a common consensus and concerted action among countries and regions in the world. The proposal of China’s marine power and the “One Belt, One Road” initiative, as…
- Report:
Marine Renewables Industry Association (MRIA)
Ireland has an unprecedented opportunity to build a position of strength as a supply chain to the world- wide ocean energy industry. The policy landscape – including required legislation and provision of a policy framework for ocean energy- is moving in a positive direction but a greater sense of urgency is required. Most importantly, Government is negotiating an export framework with the…
- Conference Paper:
Alvarez et al.
The evolution of research and development for the energy use of waves is deeply related to the energy crisis. Currently these technologies, which come from abundant and domestic natural resources, are gaining in importance due to the evident global warming effects and the urgent need to find sustainable solutions.
On another hand, objectives relating to installed capacity have already…
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