A Sensor Network for Fish Farm Waterwheel Power Monitoring

• Main Authors: Wen-Yu Tseng, 曾文育
• Other Authors: King-Chu Hung
• Format: Others
• Language: zh-TW
• Published: 2013
• Online Access: http://ndltd.ncl.edu.tw/handle/97878691618256918897

碩士 === 國立高雄第一科技大學 === 電腦與通訊工程研究所 === 101 === According to the Fisheries Agency Fisheries Statistical Yearbook, salt water Fish Farm and freshwater Fish Farm in the 2011 production of 279,260 tonnes, the output value of about NT34301664,000, accounting for 32.3% of the total output value of Taiwan''s fishing industry, in other words the output value of Taiwan''s fishing industry up to 30% created by aquaculture fishermen, and farming technology has reached world standards. The Taiwan farming techniques, such as temperature monitoring dissolved oxygen monitoring, water quality monitoring, and feed supply have switched automated, this need to build a huge amount of equipment and power systems. The manpower required to manage these devices and power system is a major cost burden. On the other hand, due to the small fish Farm Waterwheel Power monitoring market size, lack of commercial development incentives, there is no large company R & D power monitoring products, even if there is no satisfactory solution,the system is combined with front-end sensing equipment, IP network transport and cloud management platform to build a sensor network system to accurately detect power outages, Waterwheel fault condition and electricity statistics, this can save the human cost of the management of fish farms. Provisioning Current Transformer in Fish farm site, the system automatically sensed each the waterwheel load current value via the control server every minute to send their data to the cloud management platform storage , administrator set the current alarm threshold of abnormality value, choose to be sent by way of the alarm (SMS, voice, E-mail) and receiving personnel, cloud management platform will be based on the set alarm threshold than the current value of the data collected database, automated determine whether to trigger an alarm and establish electricity information statistical reports, waterwheel starts and stops record historical reports and alarm sends record reports, to achieve automatic control and scientific management, as well as to reduce the human costs.