A system for static and dynamic positioning or motion control of a marine structure by using real-time monitoring of at least one of a mooring line, marine environments, a tank state, a ship topside, the seabed, or movement of a marine structure installed for generating new regeneration energy, the system comprising: a processor unit having at least one interface; and an external equipment connecting unit connected to the processor unit; a data measuring unit (300a to 300f) connected to the processor unit, characterized by further comprising: a light sensor measuring unit (200a to 200f) connected to the processor unit; a time information synchronous connecting unit connected to the processor unit, the time information synchronous connecting unit comprising a global positioning system module to implement a mutual synchronization function for corresponding data sensed by the light sensor measuring unit (200a to 200f) and by the data measuring unit (300a to 300f), so that the light sensor measuring unit (200a to 200f) and the data measuring unit (300a to 300f) are synchronized, and wherein the light sensor measuring unit (200a to 200f) and data measuring unit (300a to 300f) are adapted to measure at least one of the mooring line, the marine environments, the movement of the marine structure, the tank state, the ship topside, and the seabed, and wherein the processor unit is configured to control the mooring line according to a previously stored control algorithm by using synchronised data measured by the light sensor measuring unit (200a to 200f) and by the data measuring unit (300a to 300f). a processor unit having at least one interface; and an external equipment connecting unit connected to the processor unit; a data measuring unit (300a to 300f) connected to the processor unit, characterized by further comprising: a light sensor measuring unit (200a to 200f) connected to the processor unit; a time information synchronous connecting unit connected to the processor unit, the time information synchronous connecting unit comprising a global positioning system module to implement a mutual synchronization function for corresponding data sensed by the light sensor measuring unit (200a to 200f) and by the data measuring unit (300a to 300f), so that the light sensor measuring unit (200a to 200f) and the data measuring unit (300a to 300f) are synchronized, and wherein the light sensor measuring unit (200a to 200f) and data measuring unit (300a to 300f) are adapted to measure at least one of the mooring line, the marine environments, the movement of the marine structure, the tank state, the ship topside, and the seabed, and wherein the processor unit is configured to control the mooring line according to a previously stored control algorithm by using synchronised data measured by the light sensor measuring unit (200a to 200f) and by the data measuring unit (300a to 300f). a light sensor measuring unit (200a to 200f) connected to the processor unit; a time information synchronous connecting unit connected to the processor unit, the time information synchronous connecting unit comprising a global positioning system module to implement a mutual synchronization function for corresponding data sensed by the light sensor measuring unit (200a to 200f) and by the data measuring unit (300a to 300f), so that the light sensor measuring unit (200a to 200f) and the data measuring unit (300a to 300f) are synchronized, and wherein the light sensor measuring unit (200a to 200f) and data measuring unit (300a to 300f) are adapted to measure at least one of the mooring line, the marine environments, the movement of the marine structure, the tank state, the ship topside, and the seabed, and wherein the processor unit is configured to control the mooring line according to a previously stored control algorithm by using synchronised data measured by the light sensor measuring unit (200a to 200f) and by the data measuring unit (300a to 300f).