An air-conditioning apparatus, comprising: an outdoor unit housing a compressor, an outdoor heat exchanger, and an expansion valve each of which is configured to execute a part of a refrigeration cycle; an indoor unit housing an indoor heat exchanger that is configured to execute part of the refrigeration cycle; an indoor fan housed in the indoor unit, the indoor fan being configured to suck indoor air that is air in a room in which the indoor unit is installed and supply the indoor air to the indoor heat exchanger, and to blow the indoor air that has passed through the indoor heat exchanger into the room; indoor-air temperature detecting means for detecting a temperature of the indoor air; human-body presence detecting means for detecting presence of a human body in the room; indoor-air temperature setting means for setting a temperature of the indoor air; and control means for controlling the refrigeration cycle and the indoor fan, based on a detection temperature (Tm) that is the temperature of the indoor air detected by the indoor-air temperature detecting means, human-body information detected by the human-body presence detecting means, and a set temperature (Ts) that is the temperature of the indoor air set by the indoor-air temperature setting means, wherein, when the indoor heat exchanger functions as an evaporator, the control means is configured to stop the refrigeration cycle if the detection temperature (Tm) is equal to or lower than a control temperature (Tc) that is a temperature lower than the set temperature (Ts) only by a bias temperature (ΔTb), and the control means is further configured to stop the indoor fan if the human-body information indicates that the human body is not present or to operate the indoor fan if the human-body information indicates that the human body is present and when the refrigeration cycle is stopped because the detection temperature (Tm) is equal to or lower than the control temperature (Tc) and the indoor fan is operated because the human-body information indicates that the human body is present, the control means is configured to correct the detection temperature (Tm) to be lower only by a predetermined temperature correction amount (ΔTm), and when a correction detection temperature (Ta) that is the corrected detection temperature (Tm) becomes higher than the set temperature (Ts), the control means is configured to resume operation of the refrigeration cycle. an outdoor unit housing a compressor, an outdoor heat exchanger, and an expansion valve each of which is configured to execute a part of a refrigeration cycle; an indoor unit housing an indoor heat exchanger that is configured to execute part of the refrigeration cycle; an indoor fan housed in the indoor unit, the indoor fan being configured to suck indoor air that is air in a room in which the indoor unit is installed and supply the indoor air to the indoor heat exchanger, and to blow the indoor air that has passed through the indoor heat exchanger into the room; indoor-air temperature detecting means for detecting a temperature of the indoor air; human-body presence detecting means for detecting presence of a human body in the room; indoor-air temperature setting means for setting a temperature of the indoor air; and control means for controlling the refrigeration cycle and the indoor fan, based on a detection temperature (Tm) that is the temperature of the indoor air detected by the indoor-air temperature detecting means, human-body information detected by the human-body presence detecting means, and a set temperature (Ts) that is the temperature of the indoor air set by the indoor-air temperature setting means, wherein, when the indoor heat exchanger functions as an evaporator, the control means is configured to stop the refrigeration cycle if the detection temperature (Tm) is equal to or lower than a control temperature (Tc) that is a temperature lower than the set temperature (Ts) only by a bias temperature (ΔTb), and the control means is further configured to stop the indoor fan if the human-body information indicates that the human body is not present or to operate the indoor fan if the human-body information indicates that the human body is present and when the refrigeration cycle is stopped because the detection temperature (Tm) is equal to or lower than the control temperature (Tc) and the indoor fan is operated because the human-body information indicates that the human body is present, the control means is configured to correct the detection temperature (Tm) to be lower only by a predetermined temperature correction amount (ΔTm), and when a correction detection temperature (Ta) that is the corrected detection temperature (Tm) becomes higher than the set temperature (Ts), the control means is configured to resume operation of the refrigeration cycle.