Traduction de «power management and distribution system » (Anglais → Français) :

power management and distribution system [ PMDS | PMAD system ]

overhead power line and distribution system

power distribution systems engineer | power distribution technology engineering expert | power distribution engineer | power distributions engineer

electrical power distribution system | electrical power distribution grid | power distribution grid | distribution grid | distribution network | distribution system

wastewater infrastructure design lead | wastewater infrastructure manager | sewerage systems manager | wastewater distribution systems and equipment manager

electrical power supply system (1) | power distribution system (2)

power management and distribution subsystem [ PMAD subsystem ]

Report Management and Distribution System | RMDS

power generation systems manager | power plant supervisor | demand generation manager | power plant manager

automatic managing appliance for electric power distribution network

47. Recognises that the financial crisis has made it more difficult to attract the required investment to finance the transformation of the energy system; highlights the new challenges, such as the need for flexible back-up and balancing resources in the power system (e.g. flexible generation, robust transmission network, storage, demand management, microgeneration and interconnection) to ...[+++]help accommodate the expected increase in variable power generation from renewable sources; emphasises the importance of infrastructure at distribution levels and the important role that proactive consumers and distribution system operators (DSOs) play during the integration into the system of decentralised energy products and demand-side efficiency measures; stresses the need for a proper assessment of the capacity available in Europe, and of the need for sufficient interconnections, and for flexible and balancing back-up capacity, to match supply with demand, thus ensuring security of electricity and gas supply; points out that granting higher priority to demand-side management and demand-side energy generation would considerably strengthen the integration of decentralised energy sources and advance the achievement of overall energy policy objectives;

46. Recognises that the financial crisis has made it more difficult to attract the required investment to finance the transformation of the energy system; highlights the new challenges, such as the need for flexible back-up and balancing resources in the power system (e.g. flexible generation, robust transmission network, storage, demand management, microgeneration and interconnection) to ...[+++]help accommodate the expected increase in variable power generation from renewable sources; emphasises the importance of infrastructure at distribution levels and the important role that proactive consumers and distribution system operators (DSOs) play during the integration into the system of decentralised energy products and demand-side efficiency measures; stresses the need for a proper assessment of the capacity available in Europe, and of the need for sufficient interconnections, and for flexible and balancing back-up capacity, to match supply with demand, thus ensuring security of electricity and gas supply; points out that granting higher priority to demand-side management and demand-side energy generation would considerably strengthen the integration of decentralised energy sources and advance the achievement of overall energy policy objectives;

94. Believes that energy infrastructure should become more end-user orientated, with a stronger focus on the interaction between distribution system capacities and consumption, and emphasises the need for real-time, two-directional power and information flows; points out the benefits for consumers of new technologies, such as demand-side energy management and demand-response system ...[+++]s, that improve energy efficiency of supply and demand;

Recalls that investment in renewable energy sources represents more than half of all investments in new generation capacity over the last ten years and will continue to grow; emphasises that according a large share of the energy mix to RES entails major challenges for existing network infrastructure, and that investment is necessary to overcome these challenges; notes that, in certain Member States in which the increased feed-in from RES was not accompanied by the development of energy infrastructure, supply security is challenged by such increased feed-in; emphasises that according to ENTSO-E a significant proportion of all the bottlenecks in European energy grids relate to feed-in from RES; emphasises the importance of implementing ne ...[+++]w approaches to overcome bottlenecks in the distribution grids, which do not always entail grid extension and reinforcement; is confident that the benefits of upgrading the European grid, which is equally due to the single electricity market, can offset its costs by offering a much more efficient operation of the EU’s power system; calls on the Transmission System Operators to update their grid development policies in order to cope with the integration of RES generation capacities while maintaining security of supply, and to enhance cooperation with distribution system operators;