Superhigh-rise distributed energy source system

The invention discloses a superhigh-rise distributed energy source system which comprises at least two energy source components distributed in a step manner. Each energy source component comprises an energy source supplier, an energy source collector, an energy source storage device and an energy source output device, wherein the energy source supplier comprises a gas combusting chamber, a power generator and an air compressor which are independent to one another; a temperature sensor and a humidity sensor are installed on the energy source collector, a heat conduction connecting pipe is arranged on the energy source collector and is connected with the energy source storage device, a first connecting pipe used for being connecting with a floor heater, a second connecting pipe used for being connected with cold and hot water, and a third connecting pipe used for being connected with an air feed system are installed at one end of the energy source output device, and valves are installed on the energy source storage device and the first, second and third connecting pipes. The superhigh-rise distributed energy source system can supply energy sources step by step, is reasonable in energy source utilization, low in loss and pollution and good in economical efficiency.