A TRADING METHOD OF SAVED ENERGY USING DIFFERENTIAL CARBON EXHAUST AND SYSTEM FOR IT

摘要

PURPOSE: A saving energy dealing method using differential carbon credits according to a generating source and a system thereof provides method dealing reduction power of a consumer by quantifying carbon credits and method of compensating costs corresponding to the reduction power to a power consumer. A saving energy dealing method using differential carbon credits according to a generating source and a system thereof provide energy compensating method that differentially calculate carbon emission quantity according to a generating source per time to provide a consumer with smart carbon credits to induce stimulation of using carbon credits per a consumer and reducing using peak-power. CONSTITUTION: A carbon credit management system receives load power use information of a certain unit of time from at least one data acquisition unit (S301). The power usage formation is analyzed by mapping the generating source configuration information drawn with regard to power usage information per lord (S302). The amount of reduction power is produced according to a certain standard per designated time (S303). The carbon credit management system differentially uses a predetermined emission quantity estimate coefficient per generating source to differentially convert an amount of reduction power per generating source produced by using a differentially predetermined emission quantity estimate coefficient per generating source to effective values (S304) The carbon credit management system performs a predetermined authentication process with regard to the carbon credit converted per load (S305). The carbon credit management system provides a user of the corresponding load with the information regarding the carbon credit authenticated per load or participates in the carbon credit business market according to the user request (S306). [Reference numerals] (AA) Start; (BB) End; (S301) Carbon credit management system receive load power use information of a certain unit of time from at least one data acquisition unit; (S302) Power usage formation is analyzed by mapping the generating source configuration information drawn with regard to power usage information per lord; (S303) Amount of reduction power is produced according to a certain standard per designated time; (S304) Carbon credit management system differentially uses a predetermined emission quantity estimate coefficient per generating source to differentially convert an amount of reduction power per generating source produced by using a differentially predetermined emission quantity estimate coefficient per generating source to effective values; (S305) Carbon credit management system performs a predetermined authentication process with regard to the carbon credit converted per load; (S306) Carbon credit management system provides a user of the corresponding load with the information regarding the carbon credit authenticated per load or participates in the carbon credit business market according to the user request