The New Energy-Saving Control Technique with Temperature Prediction in Airport Winter Construction

Shang Yuan Hong; Yan Liu

doi:10.4028/www.scientific.net/AMR.805-806.482

Paper Titles

Research on Residential Power Cost Model of Different Pricing Policy
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Sampling Investigation of Power Consumption on Existing Residential Buildings in Jingzhou
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Research of Target-Controllable Optimal Dispatch for AGC Regulation Capacity
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A Novel Road Energy Harvester System Based on Sliding Deceleration Design and Model
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The New Energy-Saving Control Technique with Temperature Prediction in Airport Winter Construction
p.482

The Matching Research of Soil Source Heat Pump and Central Heating System in Cold Region
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Convective Heat Transfer between Covered Kiln Wall and Material Bed
p.492

Thermo-Economics Diagnosis for Large Steam Turbine Sections in Power Plants
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The Models of Heat Transfer on Choosing Optimal Pans
p.504

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 805-806The New Energy-Saving Control Technique with...

The New Energy-Saving Control Technique with Temperature Prediction in Airport Winter Construction

Abstract:

How to reduce the energy consumption on airport jobsite is the focus of this paper. We introduce this control technique and its specialist-aided system which can predict material temperature and save energy. After pouring concrete material, the technique can test and predict temperature change trend and concrete changing maturity level, based on key parameter information provided by contractors. Optimal curing method, thermal insulation and construction technology are developed giving the results of the preceding data. Contractors can find optimal solutions to save energy and resourced in airport winter construction using the technique, thus avoiding unnecessary energy consumption.