The Application of Radiant Concrete Ceiling’s Heat Storage in Wu Han, China

Na Li; Dong Li Yuan

doi:10.4028/www.scientific.net/AMR.374-377.847

Paper Titles

Treatment of Low-Temperature and Low-Turbidity Water Using Modified Active Silica Acid
p.831

Study on Activated Sludge Properties of A/A/O Combined Membrane Bioreactor during Startup Period
p.836

On the Current Energy Consumption and Countermeasures of Large Public Buildings in China
p.840

Category Analysis and Application Status Study of Energy-Saving Product of Building Envelope in Northern China
p.843

The Application of Radiant Concrete Ceiling’s Heat Storage in Wu Han, China
p.847

Pretreatment of Micro-Polluted Raw Water by Parallel Process of Photocatalysis-Biological Contact Oxidation
p.851

Photodegradation of Dyeing Wastewater by High Photocatalytic Activity TiO₂ under UV and Visible-Light Irradiation
p.855

Study on the Solar Photocatalytic Degradation Characteristics of Phenol by the Double-Skin Sheet Reactor with Immobilized Catalyst
p.859

Phosphate Removal and Recovery with Seed Crystals in Low Concentrated Phosphate Wastewater
p.865

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The Application of Radiant Concrete Ceiling’s Heat Storage in Wu Han, China

Abstract:

In temperature and humidity independent control system, although the heat storage capability of the concrete ceiling is not big, for energy-saving building with small air-conditioning load, its potential of operating cost’ saving is not negligible. Based on an energy-saving dwelling building’s typical room in Wu Han, China, this paper dynamically analyzes the room’s load and concrete ceiling’s radiating capability, get conclusion that: according to the peak-valley electricity price and reasonable intermittent operation strategy, the temperature control system can save cost by 16.6% in summer, 27.3% in winter.