I am Rory O'Neill, the managing partner of IMERA. I am joined by some of my esteemed colleagues, many of whom have travelled from various parts of Europe. I will introduce them shortly.
Essentially, the east-west interconnector we are proposing is a 350 MW high voltage direct current interconnector between Ireland and Wales. The EW1 will be the first phase of two interconnectors, the second of which will occur as a phase 2, which will also be 350 MW.
Members will see from the map that there are two proposed routes. These routes are based on a combination of characteristics. First, a physically short route across the Irish Sea and, second, grid connection points that are close to the coast and that, in our opinion, using the 350 MW platform, do not require grid reinforcement and, on the Welsh side, specifically connecting into substations and locations adjacent to very large generation assets. The EW1 will connect into north Wales in a connection point known as Pentir. That substation is the substation that connects to a 2,500 MW pumped hydroelectric facility in north Wales. Similarly with our plans for EW2, that connects into Milford Haven where 32% of all natural gas is now imported into the United Kingdom market through the newly built LNG facilities. That has resulted in a large number of power generators wanting to locate to south Wales.
Adjacent to our converter station site in south Wales there are two power stations which have planning permission totalling 5,000 MW. Two power stations have enough capacity to supply the entire island of Ireland. We have chosen those connection points carefully to take into account the network economics, the physically short distances and the generation stock that is located on the Welsh side.
To put the reason we are connecting to the UK market into context, Mr. Habersman showed a slide which indicated large-scale price differences between different markets across Europe. Ireland is on the periphery of Europe and imports the vast majority of its energy, including natural gas and oil, for power generation. The forecasted growth in demand is 4% per annum until 2010, with a forecasted growth rate of 2% per annum thereafter. Those figures come directly from EirGrid.
There is a low level of international interconnection. There is an existing interconnector between Northern Ireland and Scotland, the Moyle interconnector. That is owned by a private sector trust. The European Union has issued a directive whereby 15% of each member state's installed generation capacity should be through interconnection. So far, that has not occurred in any European country.
We have a very high dependency on imported fuels and that equals high electricity costs. The transport of gas and oil is a very expensive exercise. The economics of the gas grid in the UK have been altered by the LNG facilities coming in to south Wales and as a result we have some of the highest domestic electricity prices in Europe, and that also applies to industrial and commercial customers.
We have chosen a 350 MW interconnector based on a technology developed by ABB called HVDC light. It is a new generation technology. It was first commercialised in 1997 and since then there have been 11 installations worldwide, and several in eastern Europe and in the Scandinavian countries. Of those 11 projects worldwide, six of the projects used in this technology have been private sector investments built, owned and operated by the private sector.
IMERA is an asset owner, operator and originator. We identify projects and develop them from a project management perspective and once they are built and operational, we own and operate that asset on a long-term basis. We are a subsidiary of Oceanteam, which is a Norwegian stock-listed company. It is listed on the Oslo stock exchange. As members will see from some of the images, Oceanteam is building a vast fleet of very specific offshore vessels with a specific capability of cable laying. The first ship has been delivered. A second vessel is due later this year and I understand there are four more in the pipeline.