Sentence examples for heat consumer from inspiring English sources
The effect of the design parameters such as compression ratio, pressure ratio, cut-off ratio, Miller cycle ratio, heat consumer temperature ratio, allocation ratio and the ratio of power to heat consumed have also been investigated.
The principal procedure for the design of energetic effective regenerative heat transfer systems and the effects which are within reach with regeneration are shown through the instance of a brewery — a typical multilevel heat consumer.
The water ejector is normally devised in the design condition, however, it usually does not operate at the design point because the pressure and flow rate of water in water ejector varies with the fluctuation of adjacent heat consumer, which causes the deviation of the indoor air temperature from the designed value.
In practice, the HVAC could comprise an electrical heat pump as the heating appliance and a few rooms as heat consumer.
Environmental megamodels always begin with some worrisome scientific fact: chemicals that injure cells, gases that retain heat, consumers who consume.
The business model was designed iteratively to harvest and exploit the flexibility embedded in the industrial processes of the heat consumers.
At the same time, systems can be more complex in industrial applications because of the variety of heat consumers, hydraulic setups and temperature levels.
For distributed heat consumers, the costs decrease to 1.99 c/kWh and for a radial network to 1.77 c/kWh.
The Dutch Heat Act was introduced with the intent of (a) enabling a viable development of residual heat use, with sufficient investments for enhancing sustainability and (b) to protect the position of heat consumers.
An alternative that has been considered in one of the subprojects is to set up a regional network specifically for biogas, enabling the transport of biogas to locations where a CHP unit can serve both electricity and heat consumers.
The article has investigated different means for reducing CO2 emissions, from further development of non-ETS DH systems, to developing 4GDH systems that move towards zero emission levels: increasing CO2 tax, the energy-efficiency measures by heat consumers' side, and solar technology subsidies.
