A greenhouse for growing plants, comprising a growing area for growing crops, a climate control system for controlling the greenhouse interior climate in the growing area, wherein the climate control system comprises a condenser for dehumidifying greenhouse air having - at the air side - an air inlet for supplying greenhouse air and an air outlet for discharging dehumidified air, and - at the liquid side - a liquid inlet for supplying an aqueous liquid flow and a liquid outlet for discharging an in the condenser heat exchanged aqueous liquid flow; and a greenhouse air heat exchanger for heat-exchange between greenhouse air derived from the growing area upstream of the air inlet of the condenser and in the condenser dehumidified greenhouse air downstream of the air outlet of the condenser, comprising an air inlet of greenhouse air from the greenhouse interior climate, wherein the air inlet is connected to the air inlet of the condenser through the greenhouse air heat exchanger, and an air discharge of heat exchanged, dehumidified greenhouse air, wherein the air outlet of the condenser is connected to the air discharge through the greenhouse air heat exchanger a first controllable bypass (42; 55) for allowing greenhouse air to bypass the greenhouse air heat exchanger a controllable fan configured to generate a flow of greenhouse air through the greenhouse air heat exchanger and the condenser, a mixing chamber in fluid communication with the air discharge of the greenhouse air heat exchanger and in fluid communication with the growing area for introducing greenhouse air and having a controllable inlet for introducing ambient air from the greenhouse exterior environment, and an outlet for air in fluid communication with the growing area; a controlled fan in the outlet for generating a flow of air from the mixing chamber to the greenhouse growing area. a growing area for growing crops, a climate control system for controlling the greenhouse interior climate in the growing area, wherein the climate control system comprises a condenser for dehumidifying greenhouse air having - at the air side - an air inlet for supplying greenhouse air and an air outlet for discharging dehumidified air, and - at the liquid side - a liquid inlet for supplying an aqueous liquid flow and a liquid outlet for discharging an in the condenser heat exchanged aqueous liquid flow; and a greenhouse air heat exchanger for heat-exchange between greenhouse air derived from the growing area upstream of the air inlet of the condenser and in the condenser dehumidified greenhouse air downstream of the air outlet of the condenser, comprising an air inlet of greenhouse air from the greenhouse interior climate, wherein the air inlet is connected to the air inlet of the condenser through the greenhouse air heat exchanger, and an air discharge of heat exchanged, dehumidified greenhouse air, wherein the air outlet of the condenser is connected to the air discharge through the greenhouse air heat exchanger a first controllable bypass (42; 55) for allowing greenhouse air to bypass the greenhouse air heat exchanger a controllable fan configured to generate a flow of greenhouse air through the greenhouse air heat exchanger and the condenser, a mixing chamber in fluid communication with the air discharge of the greenhouse air heat exchanger and in fluid communication with the growing area for introducing greenhouse air and having a controllable inlet for introducing ambient air from the greenhouse exterior environment, and an outlet for air in fluid communication with the growing area; a controlled fan in the outlet for generating a flow of air from the mixing chamber to the greenhouse growing area.