Working Principle and Structure of Smart Home Control System

　　Using residences as a platform, household appliances and devices are the main control objects. By utilizing integrated wiring technology, network communication technology, security technology, automatic control technology, and audio-video technology, the facilities related to home life are efficiently integrated, constructing a high-efficiency control management system for residential facilities and family schedules, enhancing home intelligence, safety, convenience, comfort, and achieving an environmentally friendly and energy-saving comprehensive smart home network control system platform. The smart home control system is the core of smart homes and the foundation for implementing smart home control functions.

　　Working Principle of Smart Home Control System

　　1. Command Emission

　　The role of command emission is mainly to receive various sensing signals through various sensor devices and trigger control commands, or trigger corresponding emission smart devices through manual remote control. If a brightness sensor is installed, when the indoor light is sufficient, the preset lights will automatically turn off, and when the indoor light is insufficient, the preset lights will automatically turn on. If a security human sensor is activated, it will immediately trigger a phone alarm when it detects someone moving. When in an unarmed state, it will automatically turn on the preset lights when it senses a person, and turn them off when no one is detected. The completion of these scenarios is achieved through various sensors that actively sense and trigger intelligent control, and of course, can also be manually triggered.

　2. Command Execution

　　For example: turning lights on or off is mainly accomplished through a smart panel. For infrared appliance control, such as air conditioners, televisions, DVD players, etc., it is completed through a human sensor installed in the ceiling. When the human sensor receives a control signal, it immediately forwards the control signal into corresponding infrared commands, like the on/off, play, pause commands for the DVD player. For security alarm functions, when the digital security module receives a control command, it will convert it into a corresponding voice signal and dial a preset phone number to alarm. Similarly, for background music control, when the digital audio-visual center receives a control command, it will immediately switch the external playback source circuit and start playing the audio source. Therefore, when various complex scene commands are triggered, for example, the “cinema” scene key trigger, the corresponding command execution devices decode the received commands and execute the control commands together, thus the corresponding lights, appliances, curtains, and background music start working according to the preset levels, achieving the desired scene effect.

　　Characteristics of Smart Home Control System

　　1. Flexible system composition. Overall, the smart home control system is composed of various subsystems combined through a network communication system. You can reduce or increase subsystems as needed to meet demands.

　　2. Convenient operation management. All devices of smart home control can be operated through mobile phones, tablets, touch screens, and other human-machine interfaces, which is very convenient.

　　3. Rich scene control functions. Various control modes can be set, such as away mode, home mode, rain mode, birthday mode, party mode, energy-saving mode, etc., greatly satisfying quality of life needs.

　　4. Information resource sharing. The temperature, humidity, and dryness of the home can be published online, forming a regional environmental monitoring point, providing effective and valuable information for environmental monitoring.

　　5. Easy installation and debugging. Plug and play, especially with wireless methods, allows for quick system deployment.

　　Energy Saving Control of Smart Home Control System

　　1. Automatic lighting;

　　2. Efficient lighting fixtures;

　　3. Power monitoring and equipment efficiency.

　　4. Remote-controlled windows and curtains, similar to smart shading (electric curtains).

　　5. Solar panels

　　6. Solar products

　　7. Water and irrigation management, similar to automatic watering for plants.

　　8. Energy-saving renovation of houses

　　9. Wind power generation

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