Voorbeelden van het gebruik van ATES systems in het Engels en hun vertalingen in het Nederlands
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Programming
ATES systems pump up warm groundwater in the winter.
Experts are working on the optimisation of ATES systems.
That the number of ATES systems is rising rapidly, in the Netherlands and.
governance and planning of ATES systems in busy areas are presented.
For the BTES and low temperature ATES systems, we already have quite a lot of experience,
These smart grids could exchange information to prevent thermal interference between ATES systems.
However, this reduces the number of ATES systems that can be installed in a particular area.
design and planning of ATES systems.
Open geothermal energy systems(also known as ATES systems) supply buildings with sustainable heating and cooling.
KWR now has developed a method which provides a better understanding of the spreading of contaminants in the presence of several ATES systems.
One reason for the lack of space is that ATES systems have always been planned to avoid having an impact on each other.
efficiency of heat and cold in individual or clustered ATES systems.
The technique is even so popular that there is not much room left for ATES systems in the ground under cities such as Amsterdam and Utrecht.
A major contribution to the energy efficiency improvements for the coming years are due to the systems for thermal storage ATES systems.
is used directly and some is stored on a seasonal basis in one or more ATES systems, reducing the requirement for external energy input to a minimum.
KWR now has developed, within the joint research programme for the water companies, a method which provides a clearer picture of the spreading of contaminants in the presence of several ATES systems.
A simulation of the situation in the centre of Utrecht shows that the density of ATES systems could be increased by 40 per cent through these two improvements.
on the basis of subsurface and climate data, ATES systems could be installed.
In busy areas the spreading of contaminants because of the ATES systems present is boosted to the point that,
experience with thermal energy systems through research into the efficiency of ATES systems in the Province of Utrecht.
Since ATES systems in practice often work with several warm
East Asia a better planning and design of ATES systems can ensure the optimal use of the subsurface for thermal energy,
ATES systems are of course situated outside of each other's thermal spheres of influence,
It has to date been unclear how the interaction of several ATES systems within such areas influence the spreading of contaminants, and what factors determine
This faster spreading caused by the city's ATES systems only occurs in the area within which the systems influence each other hydrologically.
design and planning of ATES systems, which can contribute to better planning in densely built-up areas. The methods would enable the installation of more ATES systems than permitted in current practice,
Contaminants can also‘jump' from one ATES system to another.
The principle of an ATES system is simple.
Signup Advantages The HDDW method is highly suitable for the construction of an ATES system.
Another important mechanism is the'jumping' of the contaminants from one ATES system to another.