A plant growing cabinet comprising; a body in which at least one growing unit is placed, a growing tray in which a mixture enabling the plants to grow is placed and wherein the growing tray is placed on to the growing unit forming a volume (V) in between the growing unit and the growing tray , a water tank inside the body , a pump to pump the water from the water tank to the growing tray , a drain line connected to the growing unit via a drain hole for transferring the water back to the water tank , a sensor to detect the water level inside the water tank , a control unit configured to activate the pump on predetermined time intervals to transfer the water from the water tank to the growing tray and wherein the control unit is in communication with the sensor characterized in that , said mixture is a turf mixture, the control unit is configured to calculate and compare the rate of change of water level inside the water tank to a rate predetermined by the manufacturer via the water level data measured by the sensor and - keep the pump active for a time interval wherein the rate of change of the water level inside the water tank is equal or greater than said rate predetermined by the manufacturer, - deactivate the pump , should the rate of change of the water level inside the water tank falls under the said rate predetermined by the manufacturer, wherein the plant growing cabinet further comprises a separator slidably and watertightly placed inside the water tank to divide the water tank into two smaller volumes along its height and depth, the pump and the sensor being located inside the same volume. a body in which at least one growing unit is placed, a growing tray in which a mixture enabling the plants to grow is placed and wherein the growing tray is placed on to the growing unit forming a volume (V) in between the growing unit and the growing tray , a water tank inside the body , a pump to pump the water from the water tank to the growing tray , a drain line connected to the growing unit via a drain hole for transferring the water back to the water tank , a sensor to detect the water level inside the water tank , a control unit configured to activate the pump on predetermined time intervals to transfer the water from the water tank to the growing tray and wherein the control unit is in communication with the sensor characterized in that , said mixture is a turf mixture, the control unit is configured to calculate and compare the rate of change of water level inside the water tank to a rate predetermined by the manufacturer via the water level data measured by the sensor and - keep the pump active for a time interval wherein the rate of change of the water level inside the water tank is equal or greater than said rate predetermined by the manufacturer, - deactivate the pump , should the rate of change of the water level inside the water tank falls under the said rate predetermined by the manufacturer, - keep the pump active for a time interval wherein the rate of change of the water level inside the water tank is equal or greater than said rate predetermined by the manufacturer, - deactivate the pump , should the rate of change of the water level inside the water tank falls under the said rate predetermined by the manufacturer, wherein the plant growing cabinet further comprises a separator slidably and watertightly placed inside the water tank to divide the water tank into two smaller volumes along its height and depth, the pump and the sensor being located inside the same volume. <EOS>