Copy of Press Release...
www.spiritofIreland.org Leading Ireland’s Bright Future
7th May 2009 – A breakthrough national project is being launched today by the Spirit of Ireland Group. Broken into two phases - Step 1 promises Energy Independence for Ireland within 5 Years with a €10 billion stimulus to the economy. Step 2 will see energy exports from Ireland in years 6, 7 and 8 of €3 billion to €5 billion per year or up to €50 billion over the following 10 years. Both phases will seek to help secure Ireland’s financial future.
A national awareness campaign is running across the national print media today to inform the public and precipitate a national discussion in order to develop social consensus around this exciting opportunity with respect to Ireland’s future.
Over 90% of all the electricity we use is generated from imported, fossil fuels such as oil, gas and coal. We have no control over the fluctuating costs of imported fuel leaving us strategically naked and resulting in Ireland having the most expensive electricity in Europe. Over the past six months a team of very experienced Engineers, Academics, Architects, Geologists, Hydro Geologists, Environmental Engineers, Construction Experts, Consultants, Legal and Finance professionals have been working intensively on ideas proposed by Professor Igor Shvets of Trinity College. The results of this work have stunning implications for our country.
The Problems with Wind
It is essential to deal with the challenges presented by wind energy:-
Its volatility as a fuel source – it is difficult to predict, intermittent and variable in strength.
Costs involved in harvesting the wind and connection to the power network.
Instabilities created in the power network and dispatching difficulties for network operators.
Lack of energy storage capabilities.
Hydro Storage Reservoirs resolve these difficulties by storing excess wind energy and providing more generation capacity when required. The Turlough Hill facility is a well established example of this principle.
Professor Igor Shvets has identified suitable valleys on the West Coast, which are ideally shaped. Basic rock dams in a few valleys, will provide Hydro Storage Reservoirs at modest cost. Positioned close to the sea, water volume is not an issue. Japan’s J-Power had built a successful sea water storage facility in Okinawa over 10 years ago. Senior executives and engineers from Japan visited Ireland and confirmed the validity of this approach. Filling the reservoirs with wind energy and using it when needed means that the intermittency of the wind problem is resolved. International Consultants from Canada, the US and Norway contributed to other aspects of the design.
The basic plan proposes to:
· Locate wind farms in suitable areas to harvest energy
· Save the resulting energy in Hydro Storage Reservoirs
· Natural energy released from Hydro Storage Reservoirs is instantly dispatchable and is ideal for both domestic use and export
· Secure energy supplies and save up to €30 billion in hard cash over 10 years on fossil fuel imports
As well as harnessing excess energy for export, the project will create jobs on a local and national level and lead to huge investment in throughout the country. We will have a massive impact on carbon dioxide emmissions.
Social Consensus for a Secure Future
To build a secure future for Ireland, we will have to construct the Hydro Storage Reservoirs, Wind Farms and Collection Networks and connect these to the grid to supply Natural Energy countrywide. Social consensus in the construction of these facilities is essential. Every effort will be made to ensure this is done in an ecologically sensitive manner by using our most talented experts, architects, environmental and civil engineers. We need to achieve consensus and support from everyone to ensure a secure future for Ireland and a better global environment. Local communities play a key role in the success of this project. The principle will be to improve the economic standing and environment of the areas containing the Hydro Storage Reservoirs.
To achieve energy independence and save €15 billion in fossil fuel imports over five years, the country will need to build two Hydro Storage Reservoirs at a cost of €800m each. Wind farms will be connected to these reservoirs via a collection network. The cost of adding a MW to the network is €1.3m. Graham O’Donnell, electrical engineer with 20 years International Power Grid experience and spokesperson with Professor Igor Shvets for ‘Spirit of Ireland’ is asking people to now consider the role that we can all play in improving the state of our nation, ‘We want to get people talking about this initiative and realising that there is much we can do to determine our future. We must decide, as a nation, if we want to take this route to prosperity. We can be the controllers of our country’s financial and environmental destiny. If people want to “have their say”, we want to hear them. The purpose of the national press campaign is to actively encourage the public to register their opinion at www.spiritofireland.org’.
Mr O’Donnell continues, ‘By harnessing our wind energy resource, we have the potential to become energy independent and self reliant as a nation. As a result, we will cut our carbon emissions, our energy bill and create jobs and wealth for the future good of the country. Our people, pension funds and Government can invest in and support this initiative. This has potential to be of huge economic benefit to our country’.
The Spirit of Ireland is our people using our talents working together for our country.
Let us begin.
We invite You to register your opinion, please visit www.spiritofireland.org
‘The answer, is blowing, in the wind’ – Bob Dylan (copyright 1962)
For further information please contact:
Ann Corcoran / Eavan Breslin / Lynne McCormack
limetree, 20 Fitzwilliam Street Upper, Dublin 2
Office 01-6432303/01 6432304
Ann’s Mobile 087-6175411
Eavan’s Mobile 087-6086960
Lynne’s Mobile 086-2261881
firstname.lastname@example.org / email@example.com / firstname.lastname@example.org
Notes to Editors
Research work to date
The project team brought in expertise from J-Power (Japan), leading international consultants Knight Piesold (Canada) and Devine Tarbell (US). Rainpower (Norway) and Kema (UK) were also consulted. Major equipment suppliers Mitsubishi, Hitachi, Siemens and Toshiba provided detailed equipment specifications and costs. Geographic surveys of potential glacial valleys were undertaken.
Detailed computer models were implemented to assess storage capability of preferred sites and size of required dams. Network designs were considered and cabling options costed by quotation from large scale European suppliers/contractors. Potential power dispatch models were designed.
SIAC construction under the leadership of Managing Director Finn Lyden, evaluated the costs of dams and civil works. SISK confirmed that their costs would be similar. SIAC confirmed the feasibility of tower, penstock and component manufacture in Ireland.
Architects prepared provisional designs of the generator building and visitor’s centres and these were costed by a firm of very experienced quantity surveyors.
Environmental impacts are being assessed with assistance from senior academic colleagues from Trinity College and independent consultants. Consultation is being sought in Brussels.
To replace €30 billion in imports over 10 years, a peak load of approximately 7000 MW and base load of approximately 3500 MW could be served by an additional 2500 wind turbines and two Hydro Storage Reservoirs. These could be on line in five years. Existing and presently planned Wind farms would also play their part.
Spirit of Ireland
Spirit of Ireland is a volunteer group of Engineers, Academics, Architects, Geologists, Construction, Consultants, Legal, Finance, Students, Writers, professionals and interested people from all walks of Irish life. Your opinions and participation are very welcome. By embracing this initiative, the Spirit of Ireland group believe that Irish people can play a part in deciding their own destiny and the future economic security of the country. The group is a voluntary group and are not involved in this process for any financial gain but rather the knowledge that the future of our country will be financially secure.
Graham O’Donnell - Biography
Graham O’Donnell is an Electrical and Electronics Engineer with over 20 years in control and communications of international power networks. He holds an Honours Diploma in Electrical Engineering from DIT Kevin Street and is an Honours B.Sc.(Eng.) graduate from Trinity College Dublin. He also won a Post Graduate Scholarship to the University of Paris to study Applied Systems.
Graham worked on project management of water, gas and energy projects in Ireland, Europe and Asia before founding his own company in 1988, which specialised in control of power networks and high voltage substations. His company was responsible for design of 400kv Grid Synchronisation equipment for National Grid UK, remote Substation Grid Control for Scottish Power and other large power utilities in the UK. He developed power network control systems in Dubai, Abu Dhabi, Qatar, Saudi Arabia and Bahrain.
In 1988 Graham also co-founded Orbiscom, a company which developed unique technologies for Controlled Credit and Debit Card Payment. The company holds US, European and world-wide patents, which are cross-licensed to Microsoft.
Graham is a widower and proud father of four children.
Professor Igor Shvets – Biography
Igor Shvets (46) was born and grew up in Ukraine. He graduated from MFTI, one of the leading Soviet Universities in 1986 with an MSc in Electrical and Electronic Engineering, with a Certificate of Excellence. He completed a PhD in 1990 specialising in materials science.
Prof Shvets arrived in Ireland in 1990 and has been based at Trinity College since then teaching science and engineering students at undergraduate and postgraduate levels. In 2007 he was promoted to a Personal Chair, the highest university academic position. The chair is entitled Professor of Applied Physics. He leads one of Ireland’s most active and productive research groups, enjoying excellent international recognition. Prof Shvets leads the Energy theme within the School of Physics and has also established the Cleaner Energy Laboratory within Trinity College. He also regularly publishes papers in world’s leading Applied Physics journals.
Igor Shvets is probably Ireland’s most prolific inventor at present with over 50 patents and patent applications. From his academic research Igor has initiated two spin out companies, Deerac (http://www.deerac.com/) and Cellix Ltd (http://www.cellixltd.com/). Both companies are export-orientated high-tech ventures producing products invented in Ireland, excellent examples of knowledge-based economy in action.
Igor Shvets is an Irish national. He has been married to Irina, a software specialist with IBM, for 22 years and is a dedicated father of three children.