用于调节具有上部炉的玻璃池窑的加热（1）（2）与至少一个燃烧器（16）和一个下部炉（4），并且其中，用于充电材料（40）的玻璃熔体（7），其熔体镜（8 ）被形成并从其抽出，是用于提高热效率和玻璃从熔融技术数据和玻璃罐炉（1）通过炉子的熔体镜（8）和一个单一的热平衡（实际值）的热流密度的设计相关的热数据的质量连续的目的（ 4）确定。 此热通量连续地与用于底炉（4）的单独的热平衡设定值相比较，并且设定值和实际值之间的差异通过调整导致最小可能值的热通量校正。

have for regulating the heating of glass tank furnaces (1) having an upper furnace (2) with at least one burner (16) and a lower furnace (4) and where, for charging material (40) has a glass melt (7) with a melt mirror (8 ) is formed and subtracted from it, for the purpose of improving the thermal efficiency and glass quality continuously from melting specifications and design-related thermal data of the glass tank furnace (1) is a heat flux through the melt surface (8), and a single thermal balance (actual value) of the lower furnace ( 4) determined. This heat flux is continuously compared with a target value for the individual heat balance of the lower furnace (4), and the deviations between target and actual values ​​are corrected by adjusting the heat flux resulting in the smallest possible value.