Übersetzung für "Grid-by-number analysis " (Englisch → Deutsch) :

grid-by-number analysis | grid point-counting method

grid line number | strip number

line-by-number analysis | line sampling

line sampling | line-by-number analysis

number analysis

119. Calls on the Commission to ensure that Member States require minimum levels of renewable energy production on new and refurbished buildings and that renewable energy projects benefit from swift administrative and grid connection procedures, notably by enforcing Articles 13.4 and 13.1.f. of Directive 2009/28/EC and Article 7.3 of Directive 2009/72/EC; calls on the Commission to increase, when revising existing relevant legislation, the number of buildings equipped with renewable energy systems, to require one-stop-shop administrative procedures for small-scale renewable energy projects and simple notification procedures for renewable energy installations whose production is entirely self-consumed, and to create a framework for innovati ...[+++]ve grid-connection arrangements and for the trade of grid services at distribution network level;

115. Calls on the Commission to ensure that Member States require minimum levels of renewable energy production on new and refurbished buildings and that renewable energy projects benefit from swift administrative and grid connection procedures, notably by enforcing Articles 13.4 and 13.1.f. of Directive 2009/28/EC and Article 7.3 of Directive 2009/72/EC; calls on the Commission to increase, when revising existing relevant legislation, the number of buildings equipped with renewable energy systems, to require one-stop-shop administrative procedures for small-scale renewable energy projects and simple notification procedures for renewable energy installations whose production is entirely self-consumed, and to create a framework for innovati ...[+++]ve grid-connection arrangements and for the trade of grid services at distribution network level;

A. whereas a number of best practice examples, such as the Burgenland region, the ‘MaRes’ (Macaronesia Research Strategy) project and the ’Green Islands project’, the Energy Valley in the Netherlands, the regenerative model region of Harz in Germany, Hostětín in the Czech Republic, the Orkney Micro Renewables project in Scotland, as well as pilot project cities and communities under the Commission’s CONCERTO initiative or the CO-POWER initiative for the efficient use of energy and decentralised energy production show that local communities and citizens can become ‘prosumers’, producing for their own energy needs while also selling energy to the grid or receiving credit for their surplus electricity and making use of net metering, operating ...[+++] in virtual power plants together with other actors, achieving maximum benefits by including all actors in the planning and implementation of regional actions, fostering active participation and information exchange, and developing a holistic approach by including other energy-related sectors such as transport and housing, using intelligent financial support mechanisms and creating new jobs;

17. Calls on all regions to consider investments into skills and training for these new jobs, taking into account the fact that a significant number of new local jobs can also be created in ICT services, the transport sector and sectors that supply smart equipment, infrastructure and services, for instance for new installations, but also to avoid any shortage of specialist labour and enable adaptation to the needs arising from the emergence of new professions in the respective fields; calls on the Member States and regions to support training initiatives both at the academic and the craftsmanship level in the field of renewable energy, such as environmental technical studies and the development of new apprenticeships, for example solateur; ...[+++] highlights that regions which successfully implement a smart energy system can attract further jobs to the region in the form of specialised training through the establishment of technical universities and colleges with expertise in the area; calls on regions to cooperate on smart specialisation and welcomes schemes where knowledge is shared between regions and across borders; draws attention to the initiatives which the EIT is pursuing in the InnoEnergy knowledge and information community (KIC) for the research and development of smart grids and the training of professionals in this sector; draws attention, also, to the new scope for establishing Regional Innovation Schemes;