Albatern WaveNet Device – Isle of Muck Deployment

Albatern was founded in 2007 by David Finlay, supported by his father and brother. From 2007 until 2010 the development of the technology was very much on a self-funded basis, to come up with the concept and develop early models. It was validated in test environments, going from the bath to open waters.

Isle of Muck is the smallest of four main islands in the Small Isles, part of the Inner Hebrides of Scotland. It is situated on the west coast of Scotland.

The project was a collaboration between Albatern and Marine Harvest Scotland. Albatern owns the technology, while the site is provided by Marine Harvest Scotland. The project in itself is a demonstrator project aiming to corroborate the supply of supplementary power to working fish farms by testing the 6-Series WaveNET arrays.

Motivation behind the project lays in the fact that aquaculture is one of Albatern’s targeted markets. They believe that their device – WaveNET, is perfectly apt to deliver power to isolated off-shore fish farm sites, which currently rely on diesel generators.

http://grebeproject.eu/wp-content/uploads/2017/09/Wave-Energy-Albatern-WaveNet-Scotland.pdf

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Entrepreneur Enabler Scheme EES Roll–out completed successfully in Finland

KUAS

The roll-out of the GREBE EES in North Karelia took place in February-April. Three companies Eno Energy Cooperative, Rajaforest Ltd. and Havel Ltd. attended in mentoring sessions together with the Spiralia Ltd. – an experienced SME mentoring and consultancy. The results of the EES were positive: there was initiation of new business cooperation, business plan development for a new innovative technology, introduction of LEAN quality management principles, among others.

Eno Energy Cooperative is in a phase of business renewing and thus the focus was in creating and diversifying collaboration with other energy enterprises. These discussions identified opportunities to cooperate in acquisitions and raw material procurements, and potential of additional business activities in wood fuel sector. Rajaforest Ltd. had a technology development case on biomass drying and received support in business planning. Havel Ltd. Benefited from information on renewable alternatives for plastic raw materials, as well as introduction of LEAN quality management in production.

The EES process was rolled-out successfully as it resulted in new collaborations and business activities. The process, developed in GREBE project, will be further adopted for regional use in North Karelia. It was identified that there is still further work to do to establish stronger mentor networks, develop orientation guidance for attending businesses, disseminate the scheme for larger audience, and establish funding base for the service. One potential continuation is to integrate the EES into a new regional renewable energy research and development project prepared by the Karelia UAS and Finnish Forest Centre.

The GREBE project meets in Thurso, Scotland in May 22nd-24th, which provides a unique opportunity to share the EES roll-out experiences between the NPA Programme regions.

Highlands and Islands University and Queen’s University Belfast in marine renewable energy partnership

AR - Prof Ian Bryden

An £8.2 million cross-border research centre for renewable energy has been launched at Queen’s University in Belfast, in partnership with the University of the Highlands and Islands. The Bryden Centre for Advanced Marine and Bio-Energy Research will focus on technologies such as tidal power. This will involve staff completing research at ocean energy sites in Western Scotland, Northern Ireland and in Ireland.

Professor Clive Mulholland, principal and vice-chancellor of the University of the Highlands and Islands said it was proud to collaborate with partners to develop what is expected to be cutting edge research. “There is huge potential for Scotland, Northern Ireland and Ireland to lead the way in marine and bio-energy,” he said. The work initiated by the centre is expected to help realise that potential and to deliver a lasting economic impact across the wider region in the process.

The centre will recruit 34 PhD students working in a range of marine and bio-energy disciplines, and 5 will be based at the University of the Highlands and Islands. Partners include Letterkenny Institute of Technology, Ulster University, Donegal County Council and Dumfries and Galloway Council. The centre is named after the late Professor Ian Bryden, a Scot who became a leading expert in marine renewable energy over a 30 year research career in organisations such as UHI. It has been developed with European Union funding and support from the Department for the Economy in Northern Ireland and the Department of Business, Enterprise and Innovation in Ireland.

There has been considerable excitement about the potential for Scotland to harness its marine energy resources to help reduce the country’s dependence on fossil fuels. However, firms operating in tidal and wave power have faced challenges in demonstrating the commercial appeal of such technologies following a sharp fall in the cost of generating electricity from wind.

Source: MARK WILLIAMSON / 19th January 2018

Ireland to test floating offshore wind concepts in Galway Bay

Galway Bay

The Irish government has confirmed that permission has been granted to use a site in Galway Bay to test marine renewable energy, including floating offshore wind. Ireland’s Minister of State at the Department of Housing, Planning and Local Government, Damien English said Ireland’s Marine Institute has been awarded a foreshore lease for the Galway Bay Marine and Renewable Energy Test Site.

The test site, located 1.5 km off the coast of An Spidéal, will allow for the deployment and testing of a range of prototype marine renewable energy devices, innovative marine technologies and novel sensors. The facility will also provide access to the SmartBay observatory allowing researchers and scientists to conduct research in the marine environment. The Marine Institute had operated a test site at the same location for 11 years until March 2017, generating a significant research knowledge base. The test site will provide researchers and those involved in developing ocean energy devices with an area in which to test and demonstrate quarter-scale prototype ocean energy converters and related technologies.

A maximum of three marine renewable energy test devices will be deployed at the test site at any time and will only be deployed for a maximum duration of 18 months, with the exception of any floating wind device which may only be deployed for a maximum of 12 months. The lease has been granted on the basis that there is no provision to export power from the test site to the National Grid. The Galway Bay test site will operate for up to 35 years, with devices on site intermittently throughout the year. Under the terms of the lease, the Marine Institute will produce an environmental monitoring plan for the test site, and make all the findings of the monitoring programme available to the public.

Published on Thursday 21st Dec 2017 by David Foxwell

 

 

GREBE Reports on Technology Case Studies

Wavenet - page 4

Many regions of the NPA have some of the best renewable energy resources; however in many cases they are not being effectively exploited. The Case Studies aim to address this by the assessment of a range of renewable energy technologies to determine the drivers and barriers for their transferability to other areas in the NPA where the same renewable energy resource  are available but are not widely exploited.

The Case Studies exemplify how, through the proper identification of appropriate and scaled technological solutions, renewable energy resources in each partner region, can meet the demands of energy markets. The technology case studies were informed by engagement with technology providers and other relevant stakeholders. The focus of the case studies is on technological choices (details of how these operate, innovations etc.), funding mechanisms, processes of delivery and adaptation in different partner regions, assessment of technical and financial risks, and demonstration/piloting routines.

The case study collection provides evidence and data on important drivers and barriers and an in-depth analysis of the Renewable Energy technologies feasibility prospect to be transferred across partner regions. The case studies cover technologies, market access and business growth paths.

These cases studies are based on the following technologies:

TableTM

Further information can be found on the case studies section under the publications page here: http://grebeproject.eu/publication/

GREBE participates in Galway Chamber’s Energy Conference

Panel-Discussion-3

The GREBE Project participated in Galway Chamber’s energy conference in the Galway Bay Hotel on Friday 12th May 2017.  As part of the panel on the International Perspective, Pauline Leonard (GREBE Project Co-ordinator) stressed the benefits of renewable energy for the social and economic development of peripheral regions and the benefits of working with international partners in terms of technology and knowledge transfer. Other participants on the international panel included Chris Stark (Scottish Government Director of Energy and Climate Change), Denise Massey (MD of Energy Innovation Centre UK), Alex White (Energy Policy Group Chair at the Institute of International & European Affairs and former Minster for Energy) and Jim Mulcair (Chairman of Roadbridge).

The conference was organised by Galway Chamber of Commerce and its president Conor O’Dowd expects to see 30% more people living in Galway by 2050. Minister of State for Natural Resources Seán Kyne TD, outlined the Government’s position on the energy sector and stressed how important this sector is to the region.  The leader of the Green Party, Eamon Ryan highlighted the need for a zero carbon society by 2050

The conference was sponsored by Coillte and SSE, and James O’Hara of SSE stated that the development of Galway Wind Park will herald a huge increase in renewable electricity generation in the West of Ireland.  It will involve 69 turbines, powering up to 84,000 homes and effectively replacing 190,000 tonnes of carbon generated electricity each year.  The wind park near Moycullen will become Ireland’s largest onshore wind farm to date and will assist Galway in achieving the status of a net exporter of renewable energy.

Brian Sheridan of the Galway Harbour Company and John Breslin of SmartBay outlined the potential for marine energy in the region, with discussions about offshore wind and the generation of wave and tidal power.

Report reveals massive range of UK wind, wave and tidal energy industries’ exports

Offshore wind

A report published by RenewableUK shows for the first time that UK-based companies working in the wind, wave and tidal energy sectors are exporting goods and services worldwide on a massive scale. 

Export Nation: A Year in UK Wind, Wave and Tidal Exports” reveals that in 2016, an illustrative sample of 36 UK-based firms featured in the report signed more than 500 contracts to work on renewable energy projects in 43 countries in Africa, Asia, North America, South America, Europe and Australasia. The contracts featured ranged in value from £50,000 up to £30 million each.

This is the first time that the industry has assessed the extent of Britain’s global reach in these innovative technologies, and the wide range of products and services we sell overseas. The diverse reach of the contracts indicates that the UK is well placed to benefit from the $290bn global renewables market, trading with countries inside and outside the EU.

Projects featured include: Gaia-Wind in Glasgow which is exporting small onshore wind turbines as far afield as Tonga; JDR Cables which is manufacturing massive subsea power cables in Hartlepool for German offshore wind farms; and Sustainable Marine Energy in Edinburgh, which is making tidal turbine platforms for Singapore. The UK’s world-leading wave and tidal testing centres off the coasts of Cornwall and Orkney are highlighted as the destinations of choice for global companies testing full-size devices in real sea conditions.

The UK is exporting its knowledge too, with renewable energy consultancy firms in places such as Bristol, Newcastle, Colchester and Winchester, winning contracts to plan and oversee the development of wind farms and other renewable energy projects in dozens of countries including the USA, China, India, Chile, Japan, Indonesia, Taiwan and Mauritius.

RenewableUK’s Executive Director Emma Pinchbeck said: “The UK’s wind, wave and tidal energy exports are great British success stories on the international stage. Our businesses are securing hundreds of contracts, worth millions of pounds, across six continents. Our leadership in this $290bn renewables marketplace will be even more important as we leave the EU.   

“We need to act swiftly to retain this competitive advantage or other nations will capitalise on the hard work our businesses have done to build opportunities. This year, as part of its Industrial Strategy, the Government will be looking to identify and support world-leading, innovative industries with global trade potential. This report shows that the UK’s wind and marine energy sectors can offer much to the Government’s Industrial Strategy. Britain must secure its position as a leading exporter in tomorrow’s global energy market”.  

The study is released in the same week as the Global Wind Energy Council’s annual report (on Tuesday 25th April), which will highlight developments in the international wind energy market, offering further opportunities for British exporters.

Notes:

  1. RenewableUK is the trade and professional body for the wind, wave and tidal energy industries. Formed in 1978, and with more than 400 corporate members which employ more than 250,000 people, RenewableUK is the country’s leading renewable energy trade association.
  2. The report is available here (NB it is a large file which will take several minutes to download). The study covers a sample of 36 companies based on a survey of member companies by RenewableUK. It also includes data from publicly announced contracts.  In 2016, these 36 companies signed 557 export contracts for work on 527 renewable energy projects overseas in the onshore wind, offshore wind, wave and tidal energy industries. These range from individual orders for small turbines to multi-million pound contracts to provide massive components and heavy-duty infrastructure for offshore wind farms. The actual number of UK companies exporting, and the number of contracts signed, will be higher as the sample represents less than 10% of RenewableUK’s membership.  The purpose of this study was to begin to assess the extent of export activity among UK-based wind, wave and tidal energy companies.
  3. The UK wind industry has an annual turnover of more than £5.9 billion in direct economic activity, according to the Office for National Statistics. This rises to over £11.3 billion when indirect economic activity is included. Offshore wind alone is bringing over £20 billion in investment to Britain over the course of this decade.
  4. GWEC’s annual Global Wind Market Report will be published on Tuesday 25th April. It provides a comprehensive snapshot of the global wind industry in more than 80 countries. This year’s edition includes insights into the 20 top wind markets across the world, including new entrants Vietnam and Argentina, and a five-year global market forecast out to 2021.