Coordinated Market Coupling for GB 2 Virtual Hub Service Provision specified to create a GB Hub with open access to : All GB connected ICs to coordinate XB Capacity All Regional PXs Extendible to new Interconnectors / PXs Procurement Update: • • • • • NGIL initiated the procurement, and will seek to ensure that the service is able to encompass all existing and future GB interconnectors. Contract Notice issued July 2011 Tenderer’s shortlisted RfP to be issued early October Tender selection November 4 Virtual Hub Pre-Coupling: Coordinate capacity information for submission into EU Coupling solution Post-Coupling Energy Transactions on PXs Cross Border Nominations to TSOs • • Shipping: Energy Trades The output of the coupling algorithm is ‘net position’ of each price area, which equates to required energy transactions on each PX hub. Example: flow from GB to France, Net position of GB is a PX Buy, and a France PX Sell. GB Flow FR NPS NPB Sells Buys Sells Buys Shipper buys energy in GB, and then sells the energy in France Shipping: Physical Transfers • To Balance PX traded position, nominations required to TSOs in order to be balanced in each country. GB FR FR Import = PX Sell PX Buy = GB Export NPB NPS Interconnector nominations to balance shipper position in each country • Intra-GB Shipping: Energy Trades The GB ‘net position’ is a combination of the ‘net position’ of each GB PX, therefore a ‘shipper’ is needed to undertake the energy transactions between the two GB PXs. NP1 Buys Sells PX1 GB Sells NP2 Buys PX2 NP2 NPGB NPGB NP1 FR How the Virtual Hub fits in with the NWE Project FI EE NO SE NL GB1 DK GB VH IE PO BE DE GB2 AT FR Infinite Capacity NWE Update PX / TSO joint project initiated. CASC appointed by TSOs to undertake key project roles PCR including TSO requirements is the basis for coordinated matching. Re-use of existing systems / agreements where possible. Budgets being prepared. TSOs agree to cover costs of design phase. Cost recovery on future phases to be further discussed. Thank you