Research On The Coordinated Trading Between Electrisity And Energy Derivatives

At present,with the rapid progress of energy consumption,energy shortage and environmental pollution become serious social issues.Under the above background,establish and improvement of energy consumption right,pollution emission right and carbon emission quota mechanism was put forward in 13thFive-Year Plan.In April 2016,the regulation of coal-fired units generation with 15% of non-water renewable energy sources was put forward by national energy board.Besides,the national carbon trading market would be built in the year of 2017.When we think about the production and consumption of electricity,power trading and the trade of energy environmental derivative,such as carbon emission,green power certificate,power consumption right should be taken into consideration.In this paper,coordinated trade of electric power and energy environmental derivative was discussed.First of all,theory and current situation of carbon emission right,green power certificate and energy consumption right were introduced.The import role of energy environmental derivative in electric power resource allocation was discussed.Second,from the aspect of different trading parts,the potential influence of the three energy environmental derivative was analyzed.Microscopically,the change production cost and benefit was analyzed.Further more,on the basis of scenario analysis,the potential behavior of different trading parts in different scenario of coordinated trade was analyzed.Third,on the basis of system dynamics theory,taking the consideration of effectiveness of different energy environmental derivative on electric power trading,the model of coordinated trade of electric power and energy environmental derivative was built.Then,the relationship of different elements in this model was quantified.A last,the influence of different policies and price of energy environmental derivative on electric power trading parts was simulated through VENSIM simulation platform.The simulation result verified the importance role of energy environmental derivative in electric power resource allocation.