Intelligent Optimization of Solar Air Heating System in Large Scale Construction of and its Application

다국어 초록 (Multilingual Abstract)

The monomer thermal performance of solar air collector is the bottleneck problem of the design application of practical engineering. By combining the experimental and theoretical researches, this paper uses the heating load and thermal efficiency of the optimization module at different flow rates, and puts forward the efficiency normalization treatment method; analyzes the heat transfer intensity, heating capacity, thermal efficiency and indoor heating effect of the module under different operation modes; with the microprocessor as the core, sets up the intelligent control system of solar air heating with multiple sensor information fusion; adjust the running state of fan and heating units according to the changes of indoor and outdoor environment in real time. The practical application shows that the intelligent control system can ensure a comfortable indoor environment and improve the thermal efficiency of the system.

목차 (Table of Contents)

• Abstract
• 1. Introduction
• 2. Ask Questions
• 3. System Design
• 3.1. Objective of System Design
• 3.2. Sensor Selection
• 3.3. Design of System Circuit
• 4. Implementation
• 5. Conclusion
• References