The present invention relates to an advanced raising system to which an automatic control technique with high reliability is grafted. The raising system of the present invention checks dissolved oxygen of water collected in a water tank of an aquaculture pond in real time so as to adjust the dissolved oxygen to a normal value by automatically operating an oxygen concentrator immediately when the dissolved oxygen inside the water tank is lower than a reference value, and thus a risk of perish is prevented in advance, thereby facilitating stable raising and management. In addition, the raising system automatically manages the dissolved oxygen and water temperature, which are core factors having an influence on raising fishes and, conventionally, manually managed by most workers based on their own experiences through a direct sampling inspection, by using accurate data values. Furthermore, when a situation such as abnormality of maintaining oxygen concentration, decrease in discharge pressure, or power failure caused by year-round operation of oxygen plants currently built in most fish towns, or a situation where oxygen supply is impossible due to power outrage has occurred, the raising system of the present invention immediately responds to the situation so as to enable liquefied oxygen to be used in combination, thereby preventing fishes from dying. Also, the advanced raising system detects dissolved oxygen of each water tank, or an inexpensive, safe, and specialized oxygen supply system capable of maintaining and managing dissolved oxygen (DO) for each tank, controls the concentration or flow rate of oxygen from the oxygen concentrator, stably supplies circulating water wherein oxygen is dissolved, controls the circulating water introduced into the tank, and immediately informs a worker of operational problems and controls the same.COPYRIGHT KIPO 2016본 발명은 육상양식장 수조에 집수된 물의 용존산소량을 상시로 실시간 체크하여 수조내의 용존산소량이 기준값 이하로 떨어지면 즉시 자동으로 산소발생기를 가동시켜서 정상값을 만들어줌으로써 폐사의 위험을 사전에 막아서
