Traduction de «Self-heat » (Anglais → Français) :

104. Acknowledges the essential role of local authorities, companies and citizens in securing energy independence by increasing energy efficiency through: better urban planning; the development of energy-related internet and ICT technologies; the deployment of smart grids, demand-side energy management, cogeneration, alternative fuels infrastructure and heat pump applications; self-consumption; and the establishment, modernisation and expansion of district heating and cooling systems; stresses the need to encourage citizens-based initiatives, such as cooperative- or community-based renewable energy projects, to strengthen the link between citizens and energy service companies, to encourage the use of more active and sustainable travel ...[+++]models, to develop and implement Smart Cities solutions, to deploy future-proof distribution infrastructure to support urban eco-mobility and to promote the renovation, as well as insulation, of buildings, including by homogenous insulation; proposes that all multi-level governance partners be brought together in an operational interface that actively involves the Covenant of Mayors;

101. Acknowledges the essential role of local authorities, companies and citizens in securing energy independence by increasing energy efficiency through: better urban planning; the development of energy-related internet and ICT technologies; the deployment of smart grids, demand-side energy management, cogeneration, alternative fuels infrastructure and heat pump applications; self-consumption; and the establishment, modernisation and expansion of district heating and cooling systems; stresses the need to encourage citizens-based initiatives, such as cooperative- or community-based renewable energy projects, to strengthen the link between citizens and energy service companies, to encourage the use of more active and sustainable travel ...[+++]models, to develop and implement Smart Cities solutions, to deploy future-proof distribution infrastructure to support urban eco-mobility and to promote the renovation, as well as insulation, of buildings, including by homogenous insulation; proposes that all multi-level governance partners be brought together in an operational interface that actively involves the Covenant of Mayors;

22. Acknowledges the role of local authorities and citizens in increasing energy efficiency through better urban planning, the development of energy-related internet and ICT technologies, cogeneration, self-consumption, heat pumps applications, modernisation, expansion and establishment of district heating and cooling systems and renovation of individual heating systems, as well as increasing the use of cleaner public transport, encouraging more active travel models, developing and implementing Smart Cities solutions, and supporting urban eco-mobility;

65. Notes that a more decentralised and flexible energy system, with power and heat sources being placed closer to the point of consumption, can facilitate small-scale energy generation and therefore empowers consumers to be more involved in the energy market and control their own energy use, diminishes transmission and distribution losses, improves the resilience of energy infrastructure, and simultaneously provides local business opportunities for small and medium-sized enterprises; calls on the Commission and the Member States, therefore, to facilitate further development and expansion of local and regional renewable energy sources and of local and regional distribution networks and district heating networks through policies that tackle ...[+++] existing barriers and help bring about market transformation; calls on the Commission to propose guidelines on energy self-consumption in order to promote its use and protect the rights of consumers;

Self-heating of a substance or a mixture is a process where the gradual reaction of that substance or mixture with oxygen (in the air) generates heat.

48. Asks the Commission to work on developing better methods and tools for calculating and monitoring progress that could help in the design of a more consistent and transparent EU approach to energy efficiency, and to work with the Member States to overcome political obstacles; notes that energy intensity relative to economic output has been improving for decades, mainly for economic reasons; believes that energy efficiency can also be a significant driver for material sciences and that more should be done to help EU industries further improve their energy intensity and their competitiveness (in particular via self-generation of heat and power), ...[+++] which will help to reduce the risk of carbon leakage; asks the Commission to evaluate and assess the progress and evolution of energy efficiency in the EU in comparison with the EU's main global competitors, to improve energy projections in the light of specific non-economic drivers of energy efficiency improvements and the benefits of energy savings, and to elaborate on favourable conditions for energy efficiency investments in the context of the revision of state aid guidelines; asks the Commission to continue to assess, in a timely manner, the progression of energy savings in the EU in relation to the implementation of the Energy Efficiency Directive and the upcoming review thereof;