The gradual shift from dual control of energy consumption to dual control of carbon emissions will help improve the quality of economic development, ensure the safety of energy use, improve the energy efficiency of enterprises, and promote the optimization of energy structure. The core of its policy connotation is reflected in the following aspects:
(1) Focus on controlling fossil energy consumption.
(2) Promote the comprehensive green and low-carbon transformation of production and consumption.
(3) Forcing enterprises to seize the opportunity of low-carbon transformation and development.
(4) Promote coordinated regional development.
(5) Better promote the realization of the "dual carbon" goal.
(1) Analysis of the impact of the project on the completion of the energy consumption increment control target in the locality
The impact of the project on the achievement of the energy consumption increment control target in the local area can be analyzed by the m value, which is calculated as: m ip 100 is
Among them: m% is the proportion of the annual energy consumption increment of the project to the local energy consumption increment control target;
IP is the annual energy consumption increment of the project (equivalent value, tons of standard coal);
The new project is the annual comprehensive energy consumption, and the reconstruction and expansion project is the annual comprehensive energy consumption increase after completion and operation;
IS is the incremental control target of energy consumption at the project location;
(2) Analysis of the impact of the project on the completion of the energy consumption intensity reduction target in the locality
The impact of the project on the achievement of the energy consumption intensity reduction target in the local area can be analyzed by the n-value and calculated as: n [(a d) (b e) c] 100 c
Where:
n% is the proportion of the impact of the added value energy consumption of the project on the energy consumption intensity of the location;
a is the total energy consumption (equivalent value, tons of standard coal) at the project site in the last year of the previous five-year plan;
b is the GDP of the project location in the last year of the previous five-year plan (10,000 yuan);
c is the energy consumption per unit of GDP of the project location in the last year of the previous five-year plan (if this value is not announced, it can be deduced according to a b, and the derived value is not used as the final accurate value);
d is the annual comprehensive energy consumption of the project (equivalent value, tons of standard coal);
e is the annual added value of the project (10,000 yuan