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Displaying items by tag: Sustainable Energy Authority of Ireland

#POWER FROM THE SEA - The fourth International Conference on Ocean Energy (ICOE) begins tomorrow Wednesday 17 October at the Convention Centre in Dublin's Docklands.

Over 750 international experts and world-leading companies in ocean energy will gather in Ireland’s capital city for the three-day conference, hosted by the Sustainable Energy Authority of Ireland (SEAI) in association with the European Ocean Energy Association.

Global industry and academic experts in marine renewable energy will present over a hundred papers on themes important to growing this new marine sector.

The conference also provides an opportunity for a trade exhibition where many of the top industrial players will demonstrate the latest technologies in harnessing renewable energy from the sea.

The International Conference on Ocean Energy is the global marine energy event focused on the industrial development of renewable marine energy. Held every two years, the goal of the conference and exhibition is to share recent experiences from research and demonstration efforts.

It aims to accelerate development by stimulating collaboration networks between companies and research and development centres. It also specifically targets engagement of the experience of operators in related marine and power industry sectors.

For more details see the information flyer available to read or download HERE.

Published in Power From the Sea

#POWER FROM THE SEA - A €9 million Europe-wide wave energy trial programme is one of the key elements of a new Government programme designed to transform Ireland as a maritime nation.

According to The Irish Times, University College Cork's Hydraulics and Maritime Research Centre will run testing of wave energy, tidal energy and offshore wind energy devices across a network of sites in 12 European countries participating in the new marine renewables infrastructure network Marinet.

Irish test sites in the network include the national ocean test facility in Cork and centres operated by the Sustainable Energy Authority of Ireland (SEAI) at Galway Bay and Belmullet.

The UCC centre also forms part of the new Irish Maritime and Energy Resource Cluster (IMERC), launched last Friday by Taoiseach Enda Kenny.

The cluster comprises UCC, the Irish Naval Service, Cork Institute of Technology and the National Maritime College of Ireland with the initial aim of creating 70 new research jobs by 2014 in the areas of wave energy, green shipping and sustainability of ocean resources.

IMERC director Dr Val Cummins said: “The aim of IMERC is to promote Ireland as a world-renowned research and development location that will unlock Ireland’s maritime and energy potential."

The Irish Times has more on the story HERE.

Published in Power From the Sea
#POWER FROM THE SEA - The Sustainable Energy Authority of Ireland (SEAI) is teaming with IBM in a new project to assess the noise levels of wave energy devices off the Irish coast.
The scheme will see an array of noise sensing equipment such as hydrophones deployed in Galway Bay to monitor the noise levels of wave energy conversion devices in real time, as well as map patterns of marine life in the area.
According to AOL Energy, noise pollution at sea is a chief concern, having a disturbing effect on fish migrations among other marine ecosystems.
The west of Ireland will prove an important case study in this regard, as it hosts one of the world's largest wave energy infrastructures.
"Underwater noise is a global environmental issue that has to be addressed if we are going to take advantage of the huge potential of ocean energy," said EU Commissioner for Research, Innovation and Science, Maire Geoghegan-Quinn.
AOL Energy has more on the story HERE.

#POWER FROM THE SEA - The Sustainable Energy Authority of Ireland (SEAI) is teaming with IBM in a new project to assess the noise levels of wave energy devices off the Irish coast.

The scheme will see an array of noise sensing equipment such as hydrophones deployed in Galway Bay to monitor the noise levels of wave energy conversion devices in real time, as well as map patterns of marine life in the area.

According to AOL Energy, noise pollution at sea is a chief concern, having a disturbing effect on fish migrations among other marine ecosystems.

The west of Ireland will prove an important case study in this regard, as it hosts one of the world's largest wave energy infrastructures.

"Underwater noise is a global environmental issue that has to be addressed if we are going to take advantage of the huge potential of ocean energy," said EU Commissioner for Research, Innovation and Science, Maire Geoghegan-Quinn.

AOL Energy has more on the story HERE.

Published in Power From the Sea
Ireland must do more to develop its port and shipping services or risk missing out on the benefits of the growning renewable energy sector.
That was the message from a new analysis compiled by the Sustainable Energy Authority of Ireland and the Irish Maritime Development Office, as reported by Renewable Energy Magazine.
The current lack of supply services and equipment for renewables in Irish ports could threaten the country's promise in the fields of offshore wind, tidal and wave energy, the report states.
It is estimated that the total value of such renewable energy sectors could be as much as €16 billion.
The east coast has been identified as the best location for offshore wind and tidal projects, while the south and west coasts were best for wave power and wind farms.
“We now need to look at the investment in infrastructure required if we are to properly capitalise on the current opportunities in this area," said the report.
Renewable Energy Magazine has more on the story HERE.

Ireland must do more to develop its port and shipping services or risk missing out on the benefits of the growning renewable energy sector.

That was the message from a new analysis compiled by the Sustainable Energy Authority of Ireland and the Irish Maritime Development Office, as reported by Renewable Energy Magazine.

The current lack of supply services and equipment for renewables in Irish ports could threaten the country's promise in the fields of offshore wind, tidal and wave energy, the report states.

It is estimated that the total value of such renewable energy sectors could be as much as €16 billion. 

The east coast has been identified as the best location for offshore wind and tidal projects, while the south and west coasts were best for wave power and wind farms.

“We now need to look at the investment in infrastructure required if we are to properly capitalise on the current opportunities in this area," said the report.

Renewable Energy Magazine has more on the story HERE.

Published in Power From the Sea

The Star keelboat is a 6.9 metres (23 ft) one-design racing keelboat for two people designed by Francis Sweisguth in 1910.

The Star was an Olympic keelboat class from 1932 through to 2012, the last year keelboats appeared at the Summer Olympics at which Ireland's representatives were Peter O'Leary and David Burrows.

Ireland has performed well in the class internationally thanks to some Olympic campaigns including a bronze medal at the Star World Championships in 2000, won by Mark Mansfield and David O'Brien.

The boat is sloop-rigged, with a mainsail larger in proportional size than any other boat of its length. Unlike most modern racing boats, it does not use a spinnaker when sailing downwind. Instead, when running downwind a whisker pole is used to hold the jib out to windward for correct wind flow.

Early Stars were built from wood, but modern boats are of fibreglass and carbon construction.

The boat must weigh at least 671 kg (1,479 lb) with a maximum total sail area of 26.5 m2 (285 sq ft).

The Star class pioneered an unusual circular boom vang track, which allows the vang to effectively hold the boom down even when the boom is turned far outboard on a downwind run.

Another notable aspect of Star sailing is the extreme hiking position adopted by the crew and at times the helmsman, who normally use a harness to help hang low off the windward side of the boat with only their lower legs inside.

At A Glance – Star Specifications

Designer Francis Sweisguth
Year 1910
Crew 2 (Skipper + Crew)
S + 1.5 C ≤ 250 kg (550 lb)[1]
Draft 1.016 m (3 ft 4 in)
Hull Type keelboat
Hull weight ≥ 671 kg (1,479 lb)
(including keel)
LOA 6.922 m (22 ft 9 in)
LWL 4.724 m (15 ft 6 in)
Beam 1.734 m (5 ft 8 in) at deck
1.372 m (4 ft 6 in) at chine
Hull appendages
Keel/board type bulb keel
401.5 ± 7 kg (885 ± 15 lb)
Rig
Rig type sloop
Mast length 9.652 m (31 ft 8 in)
Sails
Mainsail area 20.5 m2 (221 sq ft)
Jib/genoa area  6.0 m2 (65 sq ft)
Upwind sail area ≤ 26.5 m2 (285 sq ft)

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