next segment/field identifier

The Applicant's alternator has an increased efficiency compared to the baseline alternator by reducing the following three losses: rectification losses by optimising the rectification by the use of a ‘MOSFET module’, i.e. by a use of metal–oxide–semiconductor field-effect transistor; stator iron losses by the use of thin laminated core made by magnetic steel, and stator copper losses by the use of a ‘segment conductor’, which has higher space factor and shorter coil end.

In the light of these fundamental considerations, and reflecting the debate in Council, COREPER should urgently scrutinise all the elements of the Commission Proposal and should take note in its examination of the following points in particular: - the proposed aggregate capacity reduction rates are generally considered to be too high; - the appropriate relationship should be ensured between the scientific recommendations and proposed reductions; - the need to address the issue of technical progress; - the scope for deployment by Member States at national level of effort management schemes as an alternative or complement to capacity reductions, based on a fully transparent approach; - the permanency, or otherwise, of activity reductions; - the need ...[+++]to ensure sufficient flexibility in fleet segmentation so as to reflect the varying situations in Member States, including the treatment of multi-purpose fleets targeting several stocks and the need for appropriate weightings; - the agreed scope for widening the specific treatment of small-scale fishery; - the need for the specific treatment of static gear to be non- discriminatory vis-à-vis towed gear, fully transparent and properly monitored; - the need to ensure that the principle of relative stability is fully observed".