NOVELTY - The remote control ecological balance system comprises a monitoring device, a control device, a water quality monitoring device, a conveying device and a biological reaction device. The monitoring device comprises a computer with software and a communication network or a mobile terminal. A control communication device accesses the communication network to control the monitoring device, the conveying device, the water quality monitoring device and the biological reaction device according to a parameter monitored by the monitoring device.    USE - The remote control ecological balance system is useful for treating polluted rivers, polluted lakes, polluted surface water and polluted cultivation water.    ADVANTAGE - The remote control ecological balance system economically and automatically monitors and treats the polluted water in real time manner.    DETAILED DESCRIPTION - The remote control ecological balance system comprises a monitoring device, a control device, a water quality monitoring device, a conveying device and a biological reaction device. The monitoring device comprises a computer with software and a communication network or a mobile terminal. A control communication device accesses the communication network to control the monitoring device, the conveying device, the water quality monitoring device and the biological reaction device according to a parameter monitored by the monitoring device. The water quality monitoring device accesses the communication network of the control communication device to collect water information and to send the water information to the control device. The conveying device accesses the communication network of the control communication device to provide a conveying water instruction to the control device. The biological reaction device accesses the communication network of the control communication device. An inner side of the conveying device is connected with a biological material. The communication network is internet network, mobile communication network or wireless communication network. The control device comprises a control processor, a storage unit, a communication module connected with the control processor, and a power source module provided for a power supply. The communication module accesses the communication network to receive and send the instruction and data. The control processor sends the control instruction to the water quality monitoring device according to control parameter. The water quality monitoring device comprise a water quality parameter sensor, a sensor terminal, a monitoring data processor, a monitoring interface, a storage unit, a communication module connected with the monitoring data processor, and a power source provided for the power supply. The monitoring data interface monitors a data output end of the water quality parameter sensor. The monitoring data processor receives the monitoring data of the water quality parameter sensor through the monitoring interface to establish the operation of data monitoring. The water quality parameter sensor is a conductivity sensor, a dissolved oxygen sensor, a PH sensor and/or ammonia nitrogen sensor. The conveying device comprises a terminal conveying pump, and a conveying control terminal access communication network used for receiving instruction of the control device. The pump is provided with a water inlet and a water outlet. The water inlet is connected with a biological reaction device. The biological reaction device comprises a biological reaction tank provided with a biological material for processing the sewage, a biological reaction controller arranged in an upper side of the biological reaction tank, a water inlet, a drain pipe, a water tube, and a biological control terminal access communication network used for receiving instruction of the control device. The water inlet of the biological reaction controller is connected with the water inlet of the conveying pump. An INDEPENDENT CLAIM is included for a remote control ecological balance method.