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Displaying items by tag: renewable energy

Island life, in all its challenges, also harbours opportunity for the transition to renewable energy — and the people of the Aran Islands are putting that into practice.

Juliette Gash reports for RTÉ Radio 1’s Morning Ireland from the Galway Bay island group, where the local energy co-operative set an ambitious target to be self-sustainable for energy generated from the wind, waves and sun by 2022.

While they may not hit 100% by that date, they have made progress that outs the rest of Ireland to shame.

But that should be no surprise when Ireland’s island communities have long been ahead of the curve when it comes to green energy — particularly Cape Clear in West Cork, which until 1993 had the world’s first integrated wind energy system.

Listen to the full RTÉ Morning Ireland report below:

Published in Power From the Sea

Seven renewable energy projects are benefitting from a significant funding injection following investment by the Marine Institute’s industry-led awards, as reported last month on Afloat.ie.

With the aim of driving innovation in the marine sector and accelerating renewable energy breakthroughs, funding of up to €200,000 was awarded to each of the research projects to be conducted by indigenous companies, with some including university partners.

Speaking at the funding announcement, Marine Institute chief executive Dr Peter Heffernan said: “The diversity of renewable energy projects benefiting from this funding demonstrates the innovation and expertise that we are developing in Ireland in this sector.

“From research on the impact of floating platform technology to subsea micro-piling to hybrid solar and wind energy devices, the commercial opportunities of these projects are very exciting. We are committed to supporting marine enterprises in Ireland to drive Ireland's blue economy.”

Gavin & Doherty GeoSolutions is being awarded €199,957 over two years for their research project in partnership with University College Cork that will involve a geological, geotechnical, sediment and morphodynamic assessment of designated areas of the Irish seabed.

Predictive sediment transport modelling, validated against field data, will be used to characterise future seabed changes and to quantify the risk for future potential offshore wind developments in the Irish sea.

The outcomes of the project will support developers in efficient design, installation and maintenance planning of offshore renewable assets and will reduce the risk associated with future wind farm developments in the Irish Sea.

Two projects in the area of floating energy platforms were also successful in their research funding applications.

Solar Marine Energy will receive €195,465 over two years, in partnership with UCC, to progress how solar energy can be harnessed on a floating platform to power an electrolysis unit to produce Hydrogen in an electro-fuel form while using battery storage for the release of power as and when required.

Solar Marine Energy Ltd (SME) is one of the first companies to design, engineer and manufacture cost-competitive floating solar energy products in its Floating Solar Panels, in accordance with maritime industry best practice.

To make floating wind a commercial reality, further technology innovation is necessary. The Eureka-Sea Wind project proposed by Marine Materials Ireland Ltd (MMI) will also receive €199,816 over two years to develop reliable and efficient floating wind turbine technology based on a novel concept that reduces cost and weight.

Based in Ireland and the USA, Resolute Marine Ltd has developed a successful Oscillating Wave Surge Converter (OWSC) flap system.

Now with a funding boost of €199,955, Resolute Marine will bring the OWSC from concept to robust design that is optimised for locations in the developing countries and islands targeted for commercial installations of RML’s innovative wave-powered desalination systems.

This project is set to advance the Irish wave energy industry and provide jobs for three additional highly trained experts in the fields of hydrodynamics, ocean engineering and project management.

Subsea Micropiles is being awarded €199,902 for research on the design and temporary installation of two demonstration micropile anchors.

The anchor frames will represent structures that would support the foundations of offshore wind turbines or hydrokinetic energy converters. The two anchors will be load tested both horizontally and vertically and the results compared with design predictions.

This type of micropiling technology for subsea environment provides a real and cost-effective alternative to current subsea micropiling models.

Use of robotically installed micropiles in the subsea environment represents important innovation and potential cost saving for marine renewable energy projects.

Fish farmers are actively searching for renewable energy sources to replace the diesel consumption, which causes concerns in relation to emissions and increases risk of oil spills when transporting diesel to the feed aquaculture barges.

Wind and solar generation on fish farm cages currently do not meet the power needs and can be fundamentally challenging and particularly high maintenance, when mounted so close to the ocean itself.

Wave energy, especially when coupled with the existing mooring system, is seen as a very appealing solution.

Exceedence and TfI Marine secured €199,532 in funding to research and develop a revolutionary 1kW Inline Gator system. The Inline Gator will harness the natural power of the waves by converting the motion of the fish cage into electricity thereby mitigating the need for fossil fuels.

W1DA Experience Ltd is also being awarded €198,763 in funding for the Marine EcoPowa Project in partnership with the University of Southampton and UCC.

The project aims to create a new generation of medium power (12-15KW/20-30HP) environmentally–friendly marine propulsion and energy regeneration systems that will replace what is currently termed as “outboard motors”.

The potential financial benefits to boat users in Ireland are significant, potentially costing less than half that of petrol and diesel motors over a 10-year lifetime.

The Marine Institute says it is committed to assisting industry-led development through knowledge transfer, capacity building and research to enable optimal decision making and planning to best leverage Ireland’s natural marine resources sustainably and efficiently.

This investment in marine enterprises is a key output of the Marine Institute Strategic Plan 2018-2022: Building Ocean Knowledge, Delivering Ocean Services, guided by the Government’s integrated marine plan Harnessing Our Ocean Wealth as well as the National Marine Research and Innovation Strategy 2017–2021.

Increased economic growth and job creation from small and medium-sized enterprises based in Ireland is a key component of several national strategies and regional development plans. Funding for these seven renewable research projects is being provided by the Marine Institute and the Government, co-funded under the European Regional Development Fund (ERDF).

Published in Marine Science

#SeaPower - The University of Limerick (UL) has unveiled a unique €2 million underwater robot adapted to inspect, repair and maintain marine renewable energy (MRE) facilities.

Funded by Science Foundation Ireland (SFI) through its Research Infrastructure Programme, the ROV Étaín can operate in challenging wind, wave, and tidal conditions.

Speaking at the launch of the robot at Limerick city docks yesterday (Thursday 26 April), Minister of State Pat Breen said: “Internationally, the offshore renewable energy sector is set to rapidly grow which will help to reduce carbon emissions and arrest climate change. 

“Ireland has the best wind and wave resources in Europe and it is vital that as an island nation we invest and engage in research in the area of marine energy technology. Therefore, I'm delighted to today launch this ROV which will support Ireland's growing offshore renewable energy sector.”

Researchers at UL’s Centre for Robotics and Intelligence Systems (CRIS) have enhanced a commercially available ROV system (Forum Energy Technology’s Comanche ROV) with UL-developed advanced control software (OceanRings), precision navigation and flight control, state-of-the-art robotic imaging and sonar systems and fully automated manipulator systems.

These advanced features allow the robot to operate in the challenging environment of ocean renewable energy to support inspection, repair and maintenance operations.

Prof Daniel Toal, director of the Centre for Robotics and Intelligence Systems at UL, explained why the ROV Étaín was developed. 

“Operation support in the MRE sector usually occurs on floating infrastructures so conditions are regularly beyond the capability and operating limits of commercial ROV technology. This means new smart ROV systems capability is necessary and that is what our team at UL has developed and launched today.”

UL’s Centre for Robotics and Intelligence Systems is part of the University College Cork-led SFI national Centre for Marine and Renewable Energy Ireland (MaREI).

The MaREI robotics lab at UL leads operations support engineering projects with industry partners such as Shannon Foynes Port Company, ESB, Ireland’s National Space Centre, SonarSim, Teledyne, Resolve Marine, CIL, IDS Monitoring and among others.

“The advanced robotics technology developed at UL will be crucial in supporting the burgeoning marine renewable energy sector,” said UL president Dr Des Fitzgerald. “It will also play a significant role in reducing the cost of installing and maintaining large-scale offshore energy generation infrastructure. 

“As the worldwide marine renewable energy sector grows, UL's research contribution in this area will have even greater impact. I am particularly happy to see this advanced UL technology being developed, trialled and launched in Limerick city docks. 

“The UL robotics base at the docks is just one of our commitments to grow and maintain strong links between the campus and the heart of Limerick city, with strategic partners like Shannon Foynes Port Company.”

Speaking about the project, Dr Ciarán Seoighe, deputy director general of Science Foundation Ireland, said the new ROV “will enhance our understanding of subsea exploration and marine renewable energy, placing Ireland at the forefront of advances in environmental research that are crucial to our country's future.”

Published in Power From the Sea

#Windfarm - The world’s first floating windfarm is now generating power for Scotland, according to BBC News.

Afloat.ie previously covered the Hywind Scotland project, backed by Norwegian energy giant Statoil, which comprises a series of giant wind turbines tethered to the seabed off the coast of Aberdeenshire.

The 6MW, 175-metre-tall turbines in this pilot project are said to generate enough energy to power as many as 20,000 homes.

Scotland’s First Minister Nicola Sturgeon officially opened the windfarm this week, saying it “underlines the potential of Scotland's huge offshore wind resource and positions Scotland at the forefront of the global race to develop the next generation of offshore wind technologies.”

Recently a tidal power station in the far north of Scotland announced it had broken the world record for electricity generation, as The Independent reports.

The company behind the MeyGen project say they generated 700 megawatt hours of energy in the month of August from its more than 250 turbines installed on the sea bed in the Pentland Firth between Orkney and the Scottish mainland.

Published in Power From the Sea

#powerfromthesea - Harland and Wolff, the former giant of shipbuilding in Belfast is meeting demands from new contracts and is currently hiring a range of staff, it has emerged.

As the Belfast Telegraph writes, the marine and engineering firm is hiring between 10 and 20 workers across a range of fields, as it ramps up fresh wind farm projects.

It's hiring a range of new posts to meet work demand for new projects which it's undertaking over the next few years.

Jobs include tower crane operators, pipe fitters and fabricators, planners, structural engineers, accountant and surveyors and welders.

It's understood the new posts relate to the company winning a major contract at the end of last year, to build 24 huge steel foundation jackets for an offshore wind farm company.

The project is expected to last for around 18 months.

Standing at 65 metres tall, and weighing more than 845 tonnes, the three-legged steel jacket structures are almost as prominent on the Belfast skyline as the famous Samson and Goliath cranes. At the time, the firm said the work could support 200 jobs.

To read more these developments at the Queens Island facility, click here.

Published in Power From the Sea

#HolyheadDeep -  Two Swedish-based companies have engaged in a joint project to invest in Wales’ transition to renewable energy.

Minesto and Stena Line will build an assembly hall in the Port of Holyhead, which Minesto will utilise in their upcoming rollout of the company's unique technology to generate clean electricity from the ocean.

Both companies have signed an agreement in which Stena Line has committed to building an assembly hall on their land at the north-west Welsh port. The assembly hall will be leased to Minesto and used for the upcoming rollout of Deep Green, Minesto’s unique technology for cost-effective electricity production from slowly flowing underwater currents.

Minesto’s first commercial power plant array will be installed in Holyhead Deep off the coast of North Wales. The joint-project companies invites the public for your opinion! so click here for more. 

The company recently announced plans to expand the project from 10MW to 80MW installed capacity. This expansion would allow Minesto’s power plants to supply as many as 80,000 Welsh households with locally produced, reliable and renewable electricity.

The assembly hall in Holyhead is a key part of this process, allowing both assembly and service and maintenance of the power plants to take place in the port.

“We are very pleased to have finalised this agreement with Stena Line. With its direct quay access for offshore transports to and from site we have secured a unique location that suits us perfectly. In the establishment of our technology, it is also crucial to work with professional and long-term partners such as Stena Line. We are two companies from Gothenburg, exploiting these ocean energy business opportunities together in Wales, which adds to the excitement”, says Dr Martin Edlund, CEO of Minesto.

Stena Line has been active in Holyhead for many years, as owner of the port and through operating five ferry routes between Ireland and the UK. 

“This investment creates value for Stena Line in several ways and demonstrates opportunities in port operations linked to ocean renewables”, says Björn Petrusson, Chief Commercial Officer at Stena Line. “Our sustainability strategy has a clear focus on clean energy so participating in the development of new renewable energy sources is natural to us. This investment is good for our business and is also an investment in a better future for all of us”, Björn Petrusson concludes.

The assembly hall is scheduled for completion in June 2017.

Published in Power From the Sea

#WindTurbines- A first batch of tower sections for a wind turbine project arrived at Port of Waterford last week on board an Antigua and Bermuda flagged cargoship, writes Jehan Ashmore.

The cargo was the first of nine tower sections of a four-turbine wind turbine project for GE Wind that were self-discharged from BBC Orion (2007/7,223grt). The ship operated by BBC Chartering having berthed at Beliew, the Port of Waterford's Terminal.

Following unloading of the inaugural batch, the wind turbines went into storage until the wind farm is ready to accept.

The instalment was handled by Celtic Shipping Agencies Ltd. The agency has also been nominated to handle a further two projects cargoes also for GE Wind through Waterford during 2017.

Of these, the first project is for a total of 28 turbine scheduled. As for the second project this is only to involve 10 turbines to be discharged.

The agency were also in recent years responsible for the Guinness fermentation tanks transported to Dun Laoghaire Harbour. From there the tanks were taken by road for an upgrading project at St. James's Gate Brewery in Dublin.

Published in Ports & Shipping

Irish company, Sea Power, is preparing to test their prototype wave energy device at the Galway Bay Marine and Renewable Energy Test Site in the coming weeks. Following successful completion of testing at small scale, the company, which received grant support from the Sustainable Energy Authority of Ireland (SEAI), is now progressing to quarter scale testing in open sea conditions for the first time.

The Sea Power device has been in development for eight years and will soon make the short journey from Foynes in Limerick, where it was built, to the Galway Bay test site. Wave energy devices, such as Sea Power, will ultimately harness the extraordinary power of the waves off Ireland’s coast, to generate electricity.

SEAI and the Marine Institute are working together to develop Ireland’s ocean energy testing infrastructure which includes tank testing facilities at Lir National Ocean Test Facility in Cork, the consented quarter scale test site in Galway Bay and the planned full scale Atlantic Marine Energy Test Site off the Mayo coast.

Commenting SEAI Chief Executive Jim Gannon said: “It’s very encouraging to see innovative Irish technologies progress through the country’s testing facilities. Ocean energy is an emerging sector for Ireland, offering huge potential in job creation and energy security. With some of the most energy rich ocean resources in the world, located off our West coast, Ireland has the potential to become a market leader in this sector. Developing our sustainable energy resources allows us to move away from our reliance on imported fossil fuels, which cost our economy billions of euro a year.”

Peter Heffernan, Marine Institute CEO said: “Sea Power Ltd is a great example of an indigenous Irish company developing novel technology to harness the power of the ocean. Having brought their device through various small scale prototypes, it is exciting to see this new technology being prepared for testing in the sea at quarter scale. We look forward to working with our partners SEAI and Seapower to make a significant contribution in the evolution of ocean energy as an environmentally friendly and cost effective source of power for Ireland.”

Ireland already boasts other successes in ocean energy technologies with Irish companies such as Ocean Energy having progressed to developing a full scale prototype of their OE Buoy device following successful testing in Galway Bay. OpenHydro, based in Greenore Co. Louth recently deployed two 2MW tidal turbines in Northern France.

Published in Power From the Sea

#powerfromthesea – Ireland's marine renewable energy sector could ultimately be worth as much as €9 billion by 2030, and be supporting thousands of jobs on the island, according to Energy Minister Alex White. Speaking at the Marine Renewable Energy Ireland (MaREI) Industry Day, in Ringaskiddy, Co. Cork, Minister White also said his department's support for research and development in ocean renewables would increase by almost €17 million between 2013 and 2016, bringing it to over €26 million.

Minister White said Ireland had the potential to become the international focal point of the international marine renewable industry. He was in Ringaskiddy to perform the 'topping out' ceremony at the UCC Beaufort Building, which will be the hub of the Marine Renewable Energy Ireland (MaREI)from summer 2015. With up to 135 researchers, the Beaufort laboratory will house the world's largest group of marine renewable energy researchers.

Minister White said: "Ireland has a landmass of around 90,000 square kilometres. Our sea area is ten times that size, and it represents one of the best offshore renewable energy resources in the world. The development of Ireland's marine renewable energy sector will contribute to the generation of carbon-free renewable electricity. In the process, it will enhance the security of Ireland's energy supply, deliver green growth, and add to the 47,000 jobs already supported by Ireland's energy sector.

"Over time, the introduction of ocean energy into Ireland's renewables portfolio will result in an indigenous ocean sector with significant economic and employment benefits. You and your industry will be central to making these potential benefits a reality. Exchequer support for ocean research, development and demonstration has been increased. Between 2013 and 2016, €16.8 million was added to my Department's multi-annual ocean energy development budget, bringing the total cumulative funding to €26.3 million."

Minister White quoted the Sustainable Energy Authority of Ireland and Invest Northern Ireland, whose recently-published Economic Study for Ocean Energy Development in Ireland found that a fully-developed ocean energy sector could be worth as much as €9 billion, and be sustaining many thousands of jobs on this island, by 2030.

Minister Sean Sherlock in 2013, announced €19 million in SFI funding for MaREI, when he was Minister for Research and Innovation. This was matched by €10.5 million in industry funding.

Published in Power From the Sea

#oceanenergy – Conor Haughey is to Chair the Irish Wave Energy Device Developers Association (IWEDA) following its inaugural meeting on 18 April, 2014 at NUI Maynooth. The organisation is made up of 11 Irish companies who are all developing different Ocean Energy Technologies.

The aim of the association are
• To promote the establishment a viable Ocean Energy Industry in Ireland.
• To secure government and EU support for the industry.
• To promote the industry to private equity investors.
• To collaborate resources and agree best development protocols
• To lobby state agencies involved in the sector for a better terms for our members.
• To address the imbalance between public monies available for academic research and that available to industry.
• To lobby Universities for better terms for access to facilities and research.
• To develop a 1/15th scale test site to complement existing Irish infrastructures that will address problems at an early stage before proceeding to the 1/4 scale Galway Bay site.
Considerable amounts of public monies have been spent on developing laboratory test facilities and ocean test sites in Ireland. This money will be wasted if Irish developers remain underfunded and unable to develop devices to be tested in these facilities.
With proper investment, government support and the help of research institutions we can create an Irish based global industry employing many thousands of people, while making a huge contribution to the economy and enable Ireland to reach its renewable energy targets.

Member Companies 

1 Benson Engineering Tom Benson

2 Jospa Patrick Duffy/ Joss Fitzpatrick

3 JJ Campbell & Assoc Emmet Farrell/John Farrell
Wave Energy Ireland

4 Sea Energies Sean Lavelle

5 Blue Power Energy Conor Haughey/Damien Browne

6 Ocean Renewables Brendan McGrath

7 Wave Force Energy John Miller/David Beattie/Lawrence Crane

8 Cyan Technologies Tim Morrissey

9 Wavetech Energy Peter Redden

10 Limerick Wave Paddy Walsh/Paddy Kelly

11 Waveset John Beilenberg

Published in Power From the Sea
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