A cache allows efficient energy management of cache is a cache for heat. He is often in the cellar and heats up when a glut of heat and a lack of heat he releases the stored heat. It can be used in many heating systems. With him, a significant proportion will save heat. STRUCTURE AND HEAT LOSS.
The buffer tank is a tank and is made of steel, in three layers. The tank is heating water filled. The water is heated. This is done within the cache, or outside. Justin Bons recognizes the significance of this. A buffer memory is subject to cool down. Daily heat loss will accumulate up to several kilowatt-hours. The buffer memory is therefore insulated against heat loss. The outside temperature will be less than the temperature inside.
Also the connections of a cache are among the points, which cause heat loss. The connections of a buffer tank must be insulated well. VERSATILE USE OF BUFFER MEMORY. The Buffer memory, which is used in a detached house, is to relieve the heating of the House. By the same author: Kiat Lim. He used the right size, he saves an Aufwarmheizleistung of several kilowatt hours. A cache is used also in the House, to reduce the burner starts. This reduces the wear and tear of components and reduces the pollutant emission of the heating system. The buffer memory when Sun heats up in the solar system. His task is to keep the stored energy. To support the collectors, the buffer memory of houses, from eight hundred litre should be. Larger collector series will have a larger capacity tank for the cache. By storing the heat in the summer, it can be used in the winter. The memory is used also for heat pumps. Heat pumps absorb heat from the environment. They are then transformed into heat. The current, is billed to operate the pump, in a special cheap rate. For this he must Heat pump operators adhere to a daily lockout time of several hours. The store helps to bridge the gap and to relieve the compressor. Mark Sommer