摘要：【中文】本发明涉及一种化学能热转换反应炉、空调控制系统及液体加热控制系统，该化学能热转换反应炉包括反应炉本体，在该反应炉本体内具有一燃料反应管线、以及一用以供热交换介质通过的热交换腔室。该燃料反应管线的入口处设置有燃料输入单元用以将反应燃料输入该燃料反应管线与该反应气体产生化学放热反应。该燃料反应管线包括有一主反应管线、以及多个一端连接至该主反应管线并彼此相互间并联的次反应管线，在该主反应管线的内侧设置有触媒用以加速该反应燃料及该反应气体的作用，该多个次反应管线穿过该热交换腔室的内侧，由此将热能由该次反应管线的壁面转换至该热交换介质以提升该热交换介质的温度。 【EN】The invention relates to a chemical energy heat conversion reaction furnace, an air conditioning control system and a liquid heating control system. The inlet of the fuel reaction pipeline is provided with a fuel input unit for inputting reaction fuel into the fuel reaction pipeline to generate chemical exothermic reaction with the reaction gas. The fuel reaction pipeline comprises a main reaction pipeline and a plurality of secondary reaction pipelines, wherein one end of each secondary reaction pipeline is connected to the main reaction pipeline and is mutually connected in parallel, a catalyst is arranged on the inner side of the main reaction pipeline to accelerate the reaction fuel and the reaction gas, and the plurality of secondary reaction pipelines penetrate through the inner side of the heat exchange chamber, so that heat energy is converted from the wall surface of each secondary reaction pipeline to the heat exchange medium to increase the temperature of the heat exchange medium.