Traduction de «réseau reconfigurable » (Français → Anglais) :

reconfigurable network [ dynamic reconfiguration network | dynamic network ]

beam reconfiguring network [ réseau de reconfiguration à faisceaux ]

network rearrangement | network reconfiguration

ring network reconfiguration | ring reconfiguration

beam reconfiguring network

antenna array | array | array antenna

foreman shunter | shunting foreman | shunter | shunting assistant

wide area network | WAN [Abbr.]

3. Underlines the numerous benefits of smart grids in terms of lowering greenhouse gas emissions, increasing the share of renewable energy and distributed generation, ensuring the security of supply to households, creating the conditions required for the efficient use of electricity in transport, giving consumers the ability to adapt their consumption in order to benefit from the lowest prices and at the same time save energy, improving energy efficiency, saving electrical power, reducing costly investments in electricity grids by using energy outside peak periods, boosting EU technology innovation and development; stresses the need for citizen involvement at every stage including the deployment of advanced metering infrastructure that pro ...[+++]vides a two-way flow of information, also in activities planned by the distribution system operators (DSOs) and providers of smart grid technologies; points out, also, that the development and use of smart grids greatly reduces energy loss during transmission and distribution; highlights that automatic grid reconfiguration can be used to prevent or restore outages owing to its self-healing capabilities; notes, however, that national support systems in various regions often do not prioritise the most effective means of applying renewable technologies for private households;

3 Underlines the numerous benefits of smart grids in terms of lowering greenhouse gas emissions, increasing the share of renewable energy and distributed generation, ensuring the security of supply to households, creating the conditions for efficient use of electricity in transport, giving consumers the ability to adapt their consumption to benefit from the lowest prices and at the same time save energy, improving energy efficiency, saving electrical power, reducing costly investments in electricity grids by using energy outside peak periods, boosting EU technology innovation and development, encouraging consumers to become ‘prosumers’ who produce their own energy and sell the surplus back on the market or receive credit for their surplus e ...[+++]lectricity, and making use of net metering; points out, also, that the development and use of smart grids greatly reduces energy loss during transmission and distribution; points out that automatic grid reconfiguration can be used to prevent or restore outages (self-healing capabilities); stresses, therefore, the importance of taking into account their position at the intersection of energy and environmental policies by undertaking a general review and rationalisation of the legislation and existing objectives;

In this respect, requiring the SMP operator to provide legacy copper-based wholesale inputs over existing systems on an EoI basis is less likely to create sufficient net benefits to pass a proportionality test due to the higher costs of redesigning existing provisioning and operational support systems to make them EoI compliant.

In this respect, requiring the SMP operator to provide legacy copper-based wholesale inputs over existing systems on an EoI basis is less likely to create sufficient net benefits to pass a proportionality test due to the higher costs of redesigning existing provisioning and operational support systems to make them EoI compliant.