Übersetzung für "Umwandlungsverluste" in Englisch

The energy conversion required in electric systems and the conversion loss connected thereto is avoided, here.

Thus, the energy recovery potential is reduced due to additional conversion losses.

A little bit conversion loses, so maybe 5 or 6 Watt.

It charges electric cars directly with solar energy (photovoltaics), thereby circumventing the usual conversion losses.

Therefore, the conversion losses which occur during the energy transfer within the DC-to-DC converters are minimized.

Conversion losses are reduced by using new converter structures, smaller and lighter filters and by optimising the overall system.

The tube is coated with a selective absorber coating to keep the conversion losses as low as possible.

The increased use of cogeneration minimises conversion losses and achieves high standards of plant efficiency.

There is a large potential for improving energy efficiency in energy production and distribution due to the significant size of current transformation losses (figure 4).

This puts these 'non-thermal' renewable energy sources at a disadvantage against the other energy sources because even if they would produce the same amount of electricity, they still would require a lower amount of primary energy as no transformation losses are accounted for.

It is stated in the preparatory study that external power supplies are placed on the Community market in large quantities, with their annual energy consumption in all lifecycle stages being the most significant environmental aspect, and their annual electricity consumption due to losses for power conversion and no-load amounting to 17 TWh, corresponding to 6,8 Mt of CO2 emissions.

Thermal power generation often leads to conversion losses while at the same time natural resources are consumed nearby to produce heating or cooling in separate systems.

When installed on the roofs of buildings, its electricity has the advantage of providing two times the level of primary energy, due to conversion losses in thermally based electricity production plus savings in transmission and distribution losses.

By applying the coefficients of efficiency of the appliances used by final consumers, the percentage losses during distribution and transformation, and the rates of consumption of the energy sector, it is thus possible to work upwards from useful energy to primary input or in the opposite direction, tracing all the possible subflows.

This structural difference tips the scales in favour of France and explains why total transformation losses are ultimately higher in Germany, in both absolute and relative terms.

On the basis of the subsidiary balancesheets, i.e. the various transformation losses and the consumption of the energy sector, it is possible to calculate the actual substitutions between production and imports on the one hand and primary and secondary energy on the other.

Transformation losses in refineries are usually higher in France because this country refines on the spot the quantities of crude oil required to cover domestic requirements (with even a slight surplus for export), whereas German refineries can cover only a fraction of requirements, the remainder being imported in the form of refined products.

The gross inlandconsumption covers consumption by the energy branch itself,distribution and transformation losses, and final non-energy andenergy consumption.

Gross inland consumption covers consumption by the energy branch itself, distribution and transformation losses, and nal non-energy and energy consumption.

Because the common assembly 41 is provided as a digital embodiment, all control processes or regulation processes can now be forwarded in digital format by means of a data protocol, eliminating losses that would otherwise be incurred by translating or converting a digital signal into an analogue signal, as is the case with welding devices known from the prior art and operated by microprocessors, since the individual components of these welding devices, such as the SP unit and the PWM, are analogue and thus require the digital signal to be converted by the microprocessor.

As conversion losses constitute roughly 80% > of the total energy efficiency potential in the energy sector, the electricity supply industry seems of major importance. A priori a production tax might seem difficult to reconcile with the full application of the country of destination principle to secondary energy products as the energy inputs in the production process of secondary energy (e.g. electricity) — which would be taxed in this scheme — would have to be known: if this involves cumbersome calculations, detaxing at the border of the exporter and re-taxing at the importer's border or, alternatively, the operation of a clear ing system might imply a relatively high administrative burden.

However, there is the whole chain of the change losses and in comparison to fuels liquid at normal temperatures a low range.

The advantage of small, decentralised CHP units compared to large power plants is that, as energy production is on-site, it entails no major transportation and conversion losses, and the end consumer is provided with heat in addition to electricity.

This reduces conversion losses occurring during operation of the electric machine and the components belonging to it, in particular an electric accumulator.

At least one range limit of the allowed actual torque range is advantageously influenced as a function of the power of the electric machine, which is predefined within limits so as not to exceed the aforementioned conversion losses.