The world is changing rapidly, and so is the HVAC industry itself. The HVAC industry is evolving rapidly with various changes, including technology. The demand for energy efficiency is also growing. Customer expectations are also changing as the world changes. Therefore, adapting to HVAC industry trends is a key strategy for success.

Heating, Ventilation and Air Conditioning (HVAC) professionals and companies must remain competitive in this business field. They must be able to adapt to any new trends and adjust their operations to adapt to industry developments. In order to adapt to these situations correctly and effectively, there are some measures that can be taken.

Intelligent and automated:

Intelligent and automated HVAC systems can monitor indoor environmental changes in real time and make corresponding adjustments by combining advanced sensors, artificial intelligence (AI) and Internet of Things (IoT) technologies. For example, after the sensor detects indoor temperature, humidity, CO2 concentration and other data, the system can automatically adjust the operation of air conditioning, heating or ventilation equipment to maintain indoor comfort. Users can also control the temperature and even set different working modes (such as energy-saving mode or sleep mode) through smartphones, tablets or voice assistants. This intelligent control not only improves living comfort, but also effectively saves energy and reduces operating costs.

SMLG's FC series thermostat can realize voice and online direct control of room temperature, thus realizing intelligence. Our thermostat has a programming function, so you can set the room temperature you want in advance, and then you can let it go without adjusting it yourself.

Integrated Building Management System (BMS):

The integrated building management system (BMS) closely integrates the HVAC system with other equipment in the building (such as lighting, security, energy management, etc.) to form a comprehensive building management network. Through centralized control and monitoring, BMS can achieve collaborative work between different areas and equipment to ensure the maximum energy efficiency of the entire building. Specifically, BMS can monitor the operating status of the HVAC system in real time, analyze energy consumption data, discover potential faults or energy efficiency problems, and automatically adjust to reduce unnecessary energy waste. In addition, BMS can also adjust the operating time and intensity of the equipment according to actual needs, optimize energy use, reduce operating costs, and extend the service life of the equipment. Through such integration, managers can easily obtain real-time data of the building and make more scientific decisions.

Moving on to our new actuators, our new modulating actuator embodies this integration, offering flexible control with multiple level settings to optimize energy use and comfort.