Translation of "Warmwasserbedarf" in English

The table is based on experience from average hot water usage in a normal household.

A collector system for the hot water required by the athletes in the gymnasium supports the heat generation.

The hot water demand is independent of the age and construction of the building.

The hot water demand in hotel rooms is subject to considerable fluctuations.

Hot water requirements in hotels are generally subject to very large fluctuations.

Solar panels use solar heat to produce the majority of the heat energy required in buildings with high warm-water requirements.

On average, one expects hot water demand of 50 liters per person per day.

The solar water heating systems are usually designed as half of the average household hot water demand.

Nowadays, more and more people choose solar heating system for family hot water requirement, do you know why?

Our heat pumps can also balance the provision of large amounts of heat in winter and lower requirements for hot water in summer.

This modular design means that the perfect CO2OLheat rack model is always available to meet your heating and hot water demands.

If, though, a user is flexible by reason - for example - of being able to draw on the energy for his warm water requirements either by night or by day, then he should be charged at a correspondingly more favourable rate.

Special attention has been paid to the surroundings, winter heating is entirely produced with wood, while solar panels on the roof guarantee the daily need for hot water in the summer and electricity.

In non-residential buildings, heat pumps are usually not used for domestic hot water production because very low hot water demand can generally be more economically met with decentralised generation.

In daily use, this means there is no problem meeting high hot water demands in the morning or evening.

Inverters can combine large heating demand in winter and smaller hot water demand during summer, without the need for large hot water tanks.

Thus, for example, just a few characteristic values (the cost of electricity and heat, daily hot water demand and daily electricity consumption for cooling) can be used to estimate how the heat recovery from vapour compression chillers can be optimally operated.

The final energy demand is the energy which has to be delivered to the building at standardised conditions taking account of energy losses in order to ensure the standardised indoor temperature, hot water requirements and the necessary venti- lation.

The WT-C is available in 500 and 1000 liter sizes and can be cascade-connected if greater volumes are required.

Any energy produced in excess of the hot water requirement is wasted, so there is limited benefit of installing an oversized Flat Plate System.

For the future, we are working hard to reduce the use of plastic, to use machine heat for our hot water system, as well as to print climate-neutrally.

If this value is lower than 1 (area below the white line on the left), the condensation temperature should be kept as low as possible, so that the remaining hot water requirement can be covered by solar thermal energy.

Outside the house heating months, a large enough solar thermal installation can deliver almost all the hot water a household needs.

Lower demands can be met with 180-liter heat pumps with an integrated water heater plus the option of a second tank for more demand.

In future, the hospital will be fitted with a 4,450 m² large solar plant, which will cover the entire hot water demand and air-conditioning for sections of the building.

The hot water demand can alternatively be assessed in detail in order to ascertain further potentials for saving energy for example based on the use of flow-optimised fittings.