Indoor temperature control systems, Improvement, second-order approximation of the control system
Abstract
Indoor temperature control systems are crucial for providing a comfortable indoor environment and achieving efficient energy utilization. With the continuous advancement of technology, various advanced technologies and methods have been applied to indoor temperature control systems to enhance their performance and efficiency. Base on the design of a simulated smart home system, the main thing is that, after the sensor data is collected (e.g. temperature), the power knob that controls the temperature is adjusted to get the desired temperature according to the user’s needs, or energy efficiency. So the new parameters of this system will be given anew and can be obtained by calculations based on the laws of the physical world such as thermodynamics, or by training the algorithm according to the user’s preferences. The core is the modelling of a discrete controller behind it, a second-order approximation of the control system. This article will discuss in detail the improvement methods of indoor temperature control systems.
