Calcium carbide furnace profile design method

The invention discloses a calcium carbide furnace profile design method. The method comprises the steps that S1, electrical parameters are designed; s2, furnace profile geometric parameter design; starting from the selection of electrical parameters, the introduction of empirical parameters is avoided when the geometric parameters of the furnace profile are calculated, the furnace profile of the calcium carbide furnace is finally formed through model establishment and practical demonstration, and the designed calcium carbide furnace can operate safely, stably and efficiently at high yield. After the electrical and furnace profile parameters of the calcium carbide furnace designed according to the scheme are implemented, a single calcium carbide furnace is expected to obtain the effects that the natural power factor reaches 0.9, the process power consumption is reduced, the electric energy consumption of a hot sample folding standard is lower than 3050 KW.h/t, and the annual productivity is improved by about 2