IoT IoT-based aquaculture energy saving method

摘要

The present invention relates to an IoT-based farm energy saving system. In the present invention, the configuration is installed on one side of a farm or fishing environment to observe water temperature, dissolved oxygen, salinity, Ph, and turbidity that are closely related to growth based on information on temperature, wind speed, wind direction, humidity, and rainfall in a designated sea area. , Water level measurement of seawater tank, operation of driving pump for seawater supply and supply of liquefied oxygen, predicting the pump operation rate and growth environment, deriving the appropriate pump operation rate and checking the correlation between the oxygen dose, and predicting the growth environment according to the pump operation rate. Aquaculture environment device that provides growth information and growth environment information of aquaculture farm and fishing environment; The aquaculture environment device calculates the amount of oxygen required in the water tank based on the data on the culture growth environment, controls the liquefied oxygen nozzle to control the amount of oxygen supplied to supply appropriate oxygen in the water tank, or classifies available or non-available pumps to reduce power or schedule power reduction. Smart control device for controlling the pump inverter inverter according to the command, or controlling the intelligent pump in consideration of the growth environment of the flat body and the density farm; Provides a solution for farm management through historical management according to the demand resources of the farm environment device, the maximum amount of savings possible by considering the external weather and water temperature, creating an optimal pump control schedule according to the savings required, and managing and calculating demand response resources. A demand resource management device; By driving a dedicated application, the status of the farm environment information is monitored according to the farm environment information transmitted from the farm environment device, the growth information of the fishing environment, and the power reduction user approval and authentication are provided. Receiving power consumption control messages for each farm transmitted through the resource management device, checking the power reduction pre-notification function to display the power control time, adjustment capacity, and expected revenue amount, and driving the demand resource automatic control procedure through user authentication. An operator terminal that receives power-reduction user approval and authentication functions, and notifies the corresponding information when a controller and pump problem occurs, provides demand transaction performance and management status information, and an alarm alarm function; Based on the information transmitted through the demand resource management device and the smart control device according to the farm environment, the demand response resource history and demand response resource control are used to manage the demand response resource, and the growth environment prediction according to the pump operation rate, and the pump operation log Demand resources that perform specialized management of forms, normalize demand-response resources through profit settlement according to surplus power, and forecast usage/charges, or perform user authentication procedures through advance notification of power reduction time and power capacity, user approval and authentication Control server; And it is interlocked with the demand resource control server to calculate the resource usage status of individual demand response resources, link with the power exchange transaction system, generate bills and transaction status data, and calculate revenue through analysis of the revenue status for each section, and current used electricity. It includes a settlement device that predicts electricity consumption in a specific section through consumption, compares the peak period of power in the power exchange with the consumption period of individual demand resources, and predicts the amount of revenue.