Accumulation electric stove

Electric storage stove for comfortable and economical heating of residential and office rooms with cheap night current. The stove is charged during the convenient low tariff 20+4. When the room temperature drops below the desired value, heat is transferred to the room by means of a fan. Part of the accumulated heat is spontaneously transferred by the surface of the appliance. AEG's storage heaters offer an elegant, timeless design in RAL 9010 white. The stove features a Silent-Air-Flow air distribution system for very quiet and even heat transfer. Installation is quick thanks to the steel heating elements built in and connected as standard. Large junction box with swing-out terminal block. Accumulators can be used for different installation options with special accessories (brackets).

Accu stoves Emko from Czech manufacturer we have permanently in stock Prague and in all power variants from 2kW to 8kW power. With Emko storage stoves, you will save a lot of costs compared to classic convectors. The stove has a built-in two-speed fan to increase the heating capacity.

Metal base under the stove

It is made of 1 mm thick galvanized sheet metal, it is not included in the normal delivery of the stove and must be ordered separately. Accumulation stoves are constructed on feet, and the pad is required if the floor covering is, for example, carpet, wooden flooring, a certain type of laminate flooring.

Insulation

Heat builds up in an accumulation stove and needs to be retained for as long as possible, this is aided by a non-toxic Techrock mineral wool that meets strict hygiene standards and specially hardened Vermiculite insulation.

Colours at will

The surface finish is powder-coated. The standard colour is white RAL 9016. For an additional charge to the standard price of the stove, we will make the stove in another RAL colour according to the standard colour swatches.

How to choose a storage stove

Room dimensions for selecting a storage stove

The first task for a suitable selection of an accumulation stove is to measure the room, where we need to calculate the volume of the room in cubic metres m³. A simple calculation of the sides AxBxC i.e. length x width x height. One m³ = 1m x 1m x 1m.

If we don't use complicated calculations that take into account the insulation of the building and the window size for the correct selection of the kW input of the incinerator, it is sufficient a general equation, where we know that 1000W or 1kW of stove input is sufficient for about 10m³, unless, as we say, we do not take into account the building insulation coefficient. If we knew this figure, then depending on the quality of the insulation we could say that 1kW on average is equivalent to 10-15m³.
If we calculate 1kW per 10m³, we are guaranteed a sufficient oversizing of the heating capacity of the storage stove.