Examples of using Utility parameter in English and their translations into Slovak
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Colloquial
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Official
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Medicine
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Financial
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Ecclesiastic
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Official/political
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Computer
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Programming
Utility parameter.
Impact of options with regard to utility parameter.
Utility parameter(Option 2).
Option 1- 175 g/km target in 2012 with mass as utility parameter;
Utility parameter- mass and footprint.
Adjustment costs linked to shift to another utility parameter.
Different utility parameters, shapes and slopes forming the limit value curve.
Façades made in the MB-SR50N EFEKT system have excellent utility parameters.
Utility parameter should continue to be mass for both cars and vans.
Option 3-175 g/km target in 2012 with pan area as utility parameter;
In this respect using mass as the utility parameter does not treat all options equally.
Option 4-175 g/km target in 2013-2015 with pan area as utility parameter;
Owing to the very good utility parameters, it also looks good in public utility places.
New modalities should be considered for reaching the long-term target,in particular the slope of the curve, the utility parameter and the excess emissions premium scheme.
Other utility parameters such as footprint or payload are monitored to assess their appropriateness.
Nevertheless, the lower cost and merits of a change to footprint as the utility parameter should be considered in the future review.
The utility parameter should continue to be mass for cars; the limit value curve should continue to be linear.
The Commission should consider new modalities for reaching the long-term target,in particular the slope of the curve, the utility parameter and the excess emissions premium scheme.
Certain options regarding the utility parameter, the slope of the limit value curve, changes to derogations and simplification are retained for further assessment.
Result of the implementation of intensive research and development, innovative materials and technologies into the production processes and compliance with high quality standards is the production of work andsafety footwear with high utility parameters, exceptional comfort, maximum traction and modern design.
(2) Utility parameter based limit curve: a linear function provides the CO2 limit as a function of vehicles' utility(mass or footprint).
The distributional analysis of options listed above leads to conclusions that the utility parameter based on pan area(option 3 and 4) is less cost-effective than the mass-based parameter(option 1 and 2).
Data on alternative utility parameters such as footprint(average track width times wheelbase) and payload should be collected in order to facilitate longer-term evaluations of the utility-based approach.
Key modalities in the current Regulation include thelimit value curve which is defined by the utility parameter and the function describing the relationship between the utility parameter and CO2 emissions(setting the shape and slope).
In case of Option 2“Utility parameter” assumptions on AMI are crucial in the definition of the linear function in order to ensure that the 130 g CO2/km target will be delivered and not under or over achieved.
The analysis of cost-effectiveness for the short-listed options(mass-based utility parameter) concludes that in case of zero AMI the emissions reduction target of 175 g/km for light commercial vehicles is cost effective to society(i.e. the abatement costs are negative) at both, 60% and 100% slope.
Data on alternative utility parameters such as footprint(track width times wheelbase) should be collected in order to facilitate longer-term evaluations of the utility-based approach.
If footprint is used as the utility parameter, perverse incentives to change the design of the car are more limited provided that the limit function is not too steep.
Data on alternative utility parameters such as footprint(track width times wheelbase) and payload should be collected in order to facilitate longer-term evaluations of the utility‑based approach.