▎ 摘　　要

NOVELTY - An energy graphene composite material production reaction kettle comprises guide column, heating component (50), heating pipe, pulse controller, stirring component (30), temperature controller, inner kettle body, outer kettle body, kettle body component (10), electric control box, kettle cover assembly (20), heat insulating cotton, first monitoring port, second monitoring port, first temperature sensor, second temperature sensor, temperature measuring component (40), heat conducting oil inlet and heat conducting oil outlet. The kettle body component comprises heat insulating cotton, heat conducting oil inlet, heat conducting oil outlet, inner kettle body and outer kettle body. The outer kettle body is set on inner kettle body outer. The outer kettle body outer side wall is installed with heat conducting oil inlet and heat conduction oil outlet. The outer kettle body inner side is provided with heat insulation cotton. USE - Energy graphene composite material production reaction kettle. ADVANTAGE - The kettle has excellent large rate charge and discharge capacity and cycle stability, makes new electrode material having high specific capacity, monitors temperature of heat transfer medium and solvent separately, controls heating pipe work, and improves temperature control and reaction efficiency. DETAILED DESCRIPTION - An energy graphene composite material production reaction kettle comprises kettle body component (10), kettle cover assembly (20), stirring component (30), temperature measuring component (40), heating component (50), inner kettle body, outer kettle body, heat conducting oil inlet, heat conducting oil outlet, heat insulating cotton, first monitoring port, guide column, first temperature sensor, second monitoring port, second temperature sensor, electric control box, temperature controller, pulse controller and heating pipe. The kettle body component comprises inner kettle body, outer kettle body, heat conducting oil inlet, heat conducting oil outlet and heat insulating cotton. The inner kettle body outer is set with outer kettle body. The outer side wall of outer kettle body is installed with heat conducting oil inlet and heat conduction oil outlet. The inner side of outer kettle body is provided with heat insulation cotton. The temperature measuring component comprises first monitoring port, guide column, first temperature sensor, second monitoring port and second temperature sensor. The first monitoring port and second monitoring port are located at bottom of outer kettle body. The inner side of first monitoring port wall is provided with guide column. The top end of guide column is fixedly connected with first temperature sensor. The second monitoring port is equipped with second temperature sensor. The heating component comprises electric control box, temperature controller, pulse controller and heating pipe. The electric control box, temperature controller and pulse controller are located on wall of outer kettle body. The inner side wall of outer kettle body is equipped with heating pipe. The electric output end of electric control box is electrically connected with electrical input end of temperature controller. The electrical output end of first temperature sensor and electrical input end of second temperature sensor are electrically connected with temperature controller. The output end of temperature controller is electrically with input end of pulse controller. The electrical output end of pulse controller and electrical input end of heating pipe are electrically connected. An INDEPENDENT CLAIM is included for temperature control method of energy graphene composite material production reaction kettle. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of energy graphene composite material production reaction kettle. Kettle body component (10) Kettle cover assembly (20) Stirring component (30) Temperature measuring component (40) Heating component (50)