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Energy saving and emission reduction is a problem that needs to be solved in industrial development. The lighting system in office buildings can be combined with wireless transceiver module technology and sensor technology for energy saving control to avoid the phenomenon of lights still being on in the office after work hours.
Intelligent lighting control systems can be installed in corridors and offices, reducing electrical waste and economic losses every year. The intelligent energy-saving system in office buildings is divided into three parts: main controller, wireless transmission network, and brightness detection. The main controller is responsible for receiving data from the network and making corresponding judgments and processing based on the data. The brightness detection part is responsible for collecting, analyzing, and processing indoor lighting.
According to the actual tests carried out in the office building, the transmission distance between the brightness monitor and coordinator should be less than 30 meters. Therefore, the number and position of the coordinators should be determined based on the actual design of the building, rather than theoretical calculations.
In terms of power consumption, since the brightness of the classroom is checked at regular intervals, the coordinator and brightness monitor are in sleep mode for most of the time to wait for external interruptions, greatly enhancing the battery life.
Based on the actual tests, the voltage of the wireless module power supply has remained above 2.7 volts during the eight months of operation in the laboratory, indicating that the power consumption of the wireless module based on CC2430 is extremely low. Based on this, two 1.5-volt alkaline batteries can theoretically support a single wireless module for 2 to 3 years. Therefore, this energy-saving system, which is low in cost, consumes less power, and has expanded functionality, is worth promoting.
In school teaching buildings, the existing equipment layout can be used to achieve energy savings in schools with little modification. The application of embedded technology and wireless communication technology to the energy-saving of teaching buildings is low-cost and easy to promote.
With the rapid development of wireless communication technology and artificial intelligence technology, smart homes have become a new direction for modern development. The innovation of the wireless module technology for intelligent control systems has pushed the wave of the times. Smart homes conform to human's pursuit of a better quality of life, providing a more comfortable, relaxing, and convenient modern lifestyle.
Wireless control functions for smart homes can avoid the hassle of laying wires during home renovation, and the maintenance costs are lower during later stages.
In addition, the wireless module also has monitoring functions, collecting data from various parts of the house for real-time online monitoring. In the future, it may be possible to automatically adjust the smart home system based on data on indoor light intensity, temperature, and volume.
Smart homes have become a new direction in scientific research.
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