Translation of "Heizenergieverbrauch" in English

In addition, an energy check shows whether the targeted heating energy consumption corresponds to the actual consumption.

With heat energy consumption of 10.6 kWh/(m²a) the office block is below the forecast heat energy requirement.

The heat demand stays between the calculated heating demand which would reflect lower operational costs

These buildings reach an average annual heating energy consumption of more than 200 kWh/mÂ2a.

These buildings reach an average annual heating energy consumption of more than 200 kWh/m²a.

The present invention resolves prior art problems by providing a heat transport system which directly and continuously preheats the plastic granulate on the inlet side of the plasticizing cylinder with waste heat of the machine, without need for a complicated intermediate reservoir or additional energy consumption, so as to realize an extremely effective waste heat exploitation. In this way, not only the heat energy consumption of the plasticizing cylinder, required for the melting process, can be significantly reduced but also the melting zone of the plasticizing cylinder can be shortened and the productivity of the plasticizing drive is significantly improved as a consequence of the resultant smaller pressure rise in the area of the melting zone.

The penalty factors q, r 1 and r 2 are part of the comfort control and are to be selected such that the desired compromise between heat energy consumption and comfort is maintained.

Systems are known in which a heat exchange is carried out between the introduced and exhausted air, whereby an about 15-30% reduction in the energy required for heating is obtained.

The heat energy requirement of 20.4 kWh/m2a, daily temperature adjusted, (measured: 19.4 kWh/m2a) is still above the calculated value of 15 kWh/m2a.

Compared to the base year of 1990, energy used for heating was reduced by 40% and the resultant CO2 emissions were cut by 45%.

With energy efficient technology and demand-oriented system operation in our halls, we reduce our electricity, water and heating energy consumption.

Initial results revealed that heating energy consumption was above the planned value and that there was high power consumption for ventilation in the offices and in the common area.

Current mean consumption of heating energy in multi-occupied residential houses in Germany is 158.5kWh/m2 or climate-corrected, 159.2 kWh/m2 for oil, 161.8 kWh/m2 for gas und 123.8 kWh/m2for long-distance energy.

The generation of waste heat by computers of a distributed computing system in a building and/or a block of flats—that is to say directly at the customer's premises—is attractive, in particular, in the context of energy-efficient buildings and new buildings whose heating energy consumption is greatly reduced.

In further modules of the project, the ifeu institute analysed heating costs in ALG II (Unemployment Benefit II) households and looked at regulations designed to allow appropriate reimbursement of heating costs to recipients of unemployment benefit and income support.

Over the past decade of implementing this scheme, the Office has reduced its yearly electricity consumption by 13%, water consumption by 9%, residual waste generation by 24%, heat energy consumption by 20%, paper consumption by 3.9%, and CO2 emissions from energy consumption has been reduced even by 68%.

Nevertheless, with heating energy consumption of 34.6 kWh/m² p.a. in 2005, this is significantly higher than the calculated requirement and the passive house specifications.

The energy related evaluation includes the energy balances of the whole building and also of single housing units with special focus on the heating energy consumption, the hot water consumption, the electricity consumption for the household appliances and the domestic installations as well as on comfort parameters like room temperature, air humidity and CO2-concentration, considering the actual climate, which is recorded by measuring the outside temperature and the solar radiation.

Current mean consumption of heating energy in multi-occupied residential houses in Germany is 158.5kWh/m² or climate-corrected, 159.2 kWh/m² for oil, 161.8 kWh/m² for gas und 123.8 kWh/m²for long-distance energy.

On the one hand, the climatologic data is applied for the selection of sites, the proof of weather related delays in construction, the optimisation of energy saving measurements for buildings, the minimisation of heating related consumption of resources, as well as the planning of the fittings for new buildings.

The heat energy requirement of 20.4 kWh/m²a, daily temperature adjusted, (measured: 19.4 kWh/m²a) is still above the calculated value of 15 kWh/m²a.

The study demonstrates how an extremely low heating energy consumption and correspondingly low running costs can be combined with a high level of thermal comfort.

With new pumps, insulated heating ducts and an intelligent control system for the entire building, it was possible to dramatically reduce the heating energy requirements of the Bauhaus building without making changes to the building’s appearance.

The results from 2007 reveal that the energy-oriented refurbishment reduced the heating energy consumption by more than 70%, and even by more than 80% in the EnSan building, even though the ventilation systems were only used sporadically.

The tesamoll® product line for insulating windows, doors, and radiators work to reduce heating energy consumption and CO2 emissions as well as prevent moisture and improve the indoor climate.