Translation of "Procédé à grande cadence de production " (French → English) :

high-speed production process

large output precision cutting press

automatic rapid fire naval guns

Low-rate production

mass production [ large-scale production | large batch production | quantity production | large scale production | bulk production ]

41. Calls on the Commission to implement an ambitious innovation policy which clears the way for the development of high-quality, energy-efficient and innovative products and processes enabling the EU to hold its own in the face of ever more severe global competition; emphasises that innovation in new products, such as mass steel products, including high-strength, high-resistance steel sheets for car production as well as high-alloyed steels with different physical and chemical properties, and new production processes, especially hydrogen metallurgy and re-melt metallurgy, hold the key to improving the competitiveness of the European st ...[+++]eel industry vis-à-vis third-country suppliers, and that this area should receive particular support;

104. Notes the importance of aligning the pace of investment in energy infrastructure with that of investment in energy sources; stresses that modernising the existing energy infrastructure and building new, intelligent and flexible infrastructure at all grid levels for the generation, transmission (especially via cross-border gas and electricity interconnectors), distribution and storage of energy, for both heat and electricity, is essential for a stable, well-integrated and well-connected energy market with diversified sources of supply, in which any negative effects, such as unplanned power flows, are avoided; emphasises that large-scale investments should be made in parallel with investments in regional or even local networks; stress ...[+++]es that infrastructure investments aimed at achieving such objectives should be granted EU support at each stage of their implementation in line with new guidelines for trans-European energy infrastructure, and should be supported by the Connecting Europe Facility, which is aimed at accelerating investment in the field of trans-European networks of trans-European importance and leveraging funding from both the public and private sectors; highlights the need to support coherent, efficient and better-coordinated permit granting regimes for infrastructure investment across the EU; notes that, in connection with the use of smart technologies, data protection issues must also be taken into account;

106. Notes the importance of aligning the pace of investment in energy infrastructure with that of investment in energy sources; stresses that modernising the existing energy infrastructure and building new, intelligent and flexible infrastructure at all grid levels for the generation, transmission (especially via cross-border gas and electricity interconnectors), distribution and storage of energy, for both heat and electricity, is essential for a stable, well-integrated and well-connected energy market with diversified sources of supply, in which any negative effects, such as unplanned power flows, are avoided; emphasises that large-scale investments should be made in parallel with investments in regional or even local networks; stress ...[+++]es that infrastructure investments aimed at achieving such objectives should be granted EU support at each stage of their implementation in line with new guidelines for trans-European energy infrastructure, and should be supported by the Connecting Europe Facility, which is aimed at accelerating investment in the field of trans-European networks of trans-European importance and leveraging funding from both the public and private sectors; highlights the need to support coherent, efficient and better-coordinated permit granting regimes for infrastructure investment across the EU; notes that, in connection with the use of smart technologies, data protection issues must also be taken into account;

Focusing on new flexible, scalable and repeatable unit operations, smart integration of new and existing processes, including technology convergence such as nanobiotechnology, as well as up-scaling to enable sustainable high precision large-scale production of products and flexible and multi-purpose plants that ensure the efficient transfer of knowledge into industrial innovation.