Comprehensive Evaluation of Energy Conservation and Emissions Reduction for Green Power Grid

Wei Wang

doi:10.4028/www.scientific.net/AMR.724-725.893

Paper Titles

An Analysis of the Seasonal Energy Consumption of Culture and Education Comprehensive Building
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Analysis of Heat Distributing to Ensure Energy Saving
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Analysis of Natural Lighting Stadium Negative Effect
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Application of Heat Pump Energy-Saving Control Temperature Technology in Large Warehouse on Preservation Quality of Rice
p.889

Comprehensive Evaluation of Energy Conservation and Emissions Reduction for Green Power Grid
p.893

Energy-Saving Measures of a 1Mt/a Gasoline and Diesel Hydrofining Unit
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New Energy-Saving Elevator Energy Consumption Analysis and Simulation Based on MATLAB
p.902

Performance Evaluation of a Vertical U-Tube Ground Heat Exchanger Using a Numerical Simulation Approach
p.909

Research on the Energy Consumption and Potential Emission Reduction of District Heating in the North of China
p.916

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Comprehensive Evaluation of Energy Conservation and Emissions Reduction for Green Power Grid

Abstract:

Energy crisis and environmental protection are becoming the focus of the sustainable development, which strongly calls construction of green power. This paper defines green power grid content. Evaluate energy conservation from power generation side, transmission side, distribution side and electricity side, emissions reduction from atmospheric environmental impact, water environmental impact and, noise influence and solid waste influence, so as to establish the energy conservation and emission reduction evaluation index system for green power grid. Combination weight based on AHP and entropy and fuzzy comprehensive evaluation are established. A case analysis in China verifies that the proposed evaluation indicators and model are validated and practical.