1. Under the mass balance methodology, the operator shall calculate the CO quantity corresponding to each source stream included in the mass balance by multiplying the activity data related to the amount of material entering or leaving the boundaries of the mass balance, with the material’s carbon content multiplied by ►C1 3,664 t CO/t C, ◄ applying section 3 of Annex II.

Although Latvia generates about one-third of its energy needs from its own renewable resources, the remaining two-thirds of our energy balance-sheet comes predominantly from one supplier state – Russia.

supplies of fuel of which production is covered in other fuel energy balances, but for which consumption will occur in the coal energy balance.

40. Recalls that 40% of all EU energy is used in buildings and that there is a huge potential to reduce this consumption so that renewable energies might cover all energy needs in this sector; notes the progress made in the energy design and bio-construction of new buildings where the integration of solar architecture, insulation and renewable energies is leading to low energy, passive energy and even plus energy houses (those which produce more energy over a year than they consume); asks the Commission to develop by the end of 2007 an implementation programme for the large scale deployment of passive and net positive energy houses and buildings in the E ...[+++]U;

40. Recalls that 40% of all EU energy is used in buildings and that there is a huge potential to reduce this consumption so that renewable energies might cover all energy needs in this sector; notes the progress made in the energy design and bio-construction of new buildings where the integration of solar architecture, insulation and renewable energies is leading to low energy, passive energy and even plus energy houses (those which produce more energy over a year than they consume); asks the Commission to develop by the end of 2007 an implementation programme for the large scale deployment of passive and net positive energy houses and buildings in the E ...[+++]U;

39. Recalls that 40% of all EU energy is used in buildings and that there is a huge potential to reduce this consumption so that renewable energies might cover all energy needs in this sector; notes the progress made in the energy design and bio-construction of new buildings where the integration of solar architecture, insulation and renewable energies is leading to low energy, passive energy and even plus energy houses (those which produce more energy over a year than they consume); asks the Commission to develop by the end of 2007 an implementation programme for the large scale deployment of passive and net positive energy houses and buildings in the E ...[+++]U;