Local view for "http://purl.org/linkedpolitics/eu/plenary/2010-05-18-Speech-2-187"

Predicate	Value (sorted: default)
rdf:type	lpv_eu:Speech2
dcterms:Date	"2010-05-18"^^xsd:date2
dcterms:Is Part Of	lp_eu:Explanations of vote2
dcterms:Language	"pl"^^xsd:language2
lpv:document identification number	"en.20100518.28.2-187"2
lpv:hasSubsequent	lp_eu:2010-05-18-Speech-2-9902
lpv:speaker	lp:Adam Gierek2
lpv:spokenAs	member; S&D (2009-07-14--2014-06-30)3 member; ITRE (2009-07-16--2012-01-18)3 substitute; ENVI (2009-07-16--2012-01-18)3 member; Delegation to the EU-Russia Parliamentary Cooperation Committee (2009-09-16--2014-06-30)3 unknown; Unia Pracy (2009-07-14--2014-06-30)3 substitute; Delegation for relations with Australia and New Zealand (2009-09-16--2014-06-30)3
lpv:translated text	"The basic factors affecting energy performance are: 1. Conversion of one form of energy into another so that it can be put to a specific use. The longer the chain of conversions, the greater the losses. In practice, this mainly concerns the stream of heat energy released from primary energy sources. A large part of this passes into the environment. This effect can be reduced in cogeneration processes, which can achieve an efficiency rating of as much as 90%. 2. Electrical resistance, or Ohm’s resistance, which is important in the transmission of electrical energy. 3. Thermal resistance. Low resistance is important in heat exchangers, while high resistance is important because of the low thermal conductivity of insulating materials. Use of these insulating materials – such as polystyrene, mineral wool and cellular concrete – significantly reduces residential housing’s thermal energy requirement. At the moment, it is quite high – around 40% of the total energy used. 4. Friction in anti-friction processes, such as in bearings, and in friction processes such as brakes. This concerns mainly cars and turbulence in aeroplanes. Friction losses are around 30% of total energy. I voted in favour of the regulation without the amendments, because energy losses in residential buildings are – alongside conversion losses – the greatest, while savings will help poor people. In Poland’s case, thermal modernisation, alongside cogeneration, can bring economic, social and ecological benefits. In this area, there should be a certain priority of realisation, because new regulations often slow down the implementation of earlier ones."@en1

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