Time of Event: From July 1, 2020 to December 31, 2020.

The solutions on Smart Aquaculture Scenario below are proposed and presented by ICP DAS.
 
Two types of remote I/O module are implanted in this scenario, including the tM-P4C4 module and the tM-DA1P1R1 module, connected to field sensors and devices. Using ZT-2550 and ZT-2551 modules, which are based on ZigBee wireless communication, allow us to send data back to the server. The flexibility of module installation based on on-site situations will sharply lower the cost of wiring. Furthermore, the tGW-715, Tiny Modbus gateway, allows us to reliably switch from Modbus TCP to Modbus RTU via the Ethernet.

With various sensors installed that can acquire the data of power consumption, water information, meteorological information, and logic control in order to achieve the goal of smart farming. In response to the demands of environmental protection, an energy management solution was adopted in this scenario as well. Without a doubt, the technique reduces costs for our customers by making use of renewable energy to generate power. Moreover, the system helps save water by automatically controlling the water valve in based on the water information supplied.

 

Benefits Provided to this Project by Implementing the ICP DAS Solution

• Reduced electricity costs for a single user by around NT$20,000 a year
• Automatically water valve control
• The water could be saved and the times of underground water extraction will be lowered.
• Automatically control a water heater during winter.
• Detect whether to continue heating or allow the inflow of cooler water based on the increase in water temperature.

ICP DAS is Your Best Choice.
 

   

Know more about ICP DAS solutions on Smart Aquaculture Scenario by clicking: http://smartcityonline.org.tw/scheme.php?id=70

Know more about Smart City Online Activities by clicking: https://en.smartcity.org.tw/index.php/en-us/ 




 

• Software architecture
   

 

• Hardware architecture
   

 

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