Intensive-type constant-temperature brooding system and brooding method

The invention discloses an intensive-type constant-temperature brooding system. The intensive-type constant-temperature brooding system comprises a room, multilayer brooding net cages, a solar photovoltaic panel, a brooding hot blast heater, brooding thermostats and a storage battery pack. The multilayer brooding net cages are in matrix arrangement in the room. The solar photovoltaic panel is mounted on a roof, and the hot blast heater is arranged outside the room. Hot air is sent into the room through a plurality of hot air pipelines. One end of each hot air pipeline is communicated with an outlet of the hot air blower. The other ends of the hot air pipelines are arranged on the four side walls of the room and are attached to the ground. The brooding thermostats are distributed in the room evenly, and are kept a certain distance from the side walls of the room. Storage batteries are connected with the solar photovoltaic panel to store electricity, and are connected with the brooding thermostats and the brood