Research on Control System of Energy-Saving Greenhouse

Qun Li

doi:10.4028/www.scientific.net/AMM.448-453.1312

Paper Titles

Research on Climate Adaptability of Energy Conservation Building with Renewable Energy Sources in Hot-Summer and Cold-Winter Zone of China
p.1289

A Quantitative Study on Carbon Emission Features of Residential Building in Shenyang Based on LCP Theory
p.1297

External Windows Selection in Hot-Summer and Cold-Winter Areas
p.1301

Setting for the Application of Phase Change Paraffin in Block Masonry
p.1308

Research on Control System of Energy-Saving Greenhouse
p.1312

Study of Sleeper Concrete early Strength Based on Orthogonal Experiment
p.1316

Study on Ecological Strategy of Traditional Residences
p.1321

On the Eco-Building for Sustainable Development Thinking and Practising Environmental Design
p.1325

Laboratory Investigation Effect of Warm Mix Additives on the Viscosity of SBS Modified Asphalt
p.1329

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 448-453Research on Control System of Energy-Saving...

Research on Control System of Energy-Saving Greenhouse

Abstract:

Energy-saving and environmental protection has become the theme of the 21st century. Greenhouse is an energy-intensive industries. Every year, 35% of energy consumption on agricultural production is used for greenhouse heating in the world, which accounts for 15-40% of the cost of greenhouse production. For improving energy efficiency and protecting the environment, the reasonable control of greenhouse environmental parameters is significant. The design of solar greenhouse real-time environment monitoring and automatic control system is based on 8051 single-chip in the thesis. The temperature and humidity signal are obtained from DS18B20 digital temperature sensor and IH3605 humidity sensor. When the greenhouse temperature exceeds the set temperature, the device can be started by perform timely processing, then the user can read LED digital display temperature and humidity values.