Successful case presentation

Temperature sensors, as a core component, allow the HVAC system to escape from blind operation and realize precise control by virtue of accurate sensing. In this article, we will comprehensively analyze how to improve the efficiency of the HVAC system and provide reference for relevant users.

Modern building automation, the control system is the core of energy efficient and safe operation of the building, HVAC, energy management, etc. need to be supported by reliable control technology, of which DDC (Direct Digital Control) and PLC (Programmable Logic Controllers) are the two most commonly used core program, selection directly affects the project results, cost and scalability.

Energy saving and environmental protection needs highlighted, industrial refrigeration energy challenges are becoming more complex, energy efficiency, environmental safety, technological innovation and professional training is its core development elements, its energy consumption control and efficiency optimization has become the key to sustainable development of the enterprise, this paper will discuss the challenges and optimization programs.

In industrial production, temperature control is crucial, and the operational efficiency of industrial refrigeration system directly affects the cost and competitiveness of enterprises. Industry 4.0 background, the traditional refrigeration system has been unable to meet the enterprise “energy saving, high efficiency, sustainable” demand, advanced industrial refrigeration solutions to improve efficiency, crack the key to the pain point.

With the development of green buildings and smart cities, building automation systems (BAS) have become the necessary hub of modern buildings, and are widely used in all kinds of buildings to optimize operation and maintenance, reduce energy consumption, and enhance the experience.

In this article, from the basic definition to the actual application, comprehensively dismantle the core knowledge of the pressure sensor, to help you quickly grasp its working principle, type, application and selection skills, to help you in the actual scene of the efficient use of this key equipment.

In today's digital era, the interruption of critical systems can lead to catastrophic consequences, such as financial transactions paralyzed, medical equipment failure, industrial control downtime, etc., and its stable operation is an insurmountable bottom line.

AI-powered Building Management System (BMS) is the core solution to make up for the shortcomings of traditional BMS. 2026, integrating AI into BMS has become a must-have option for cleanroom operators, and is a key support to meet compliance, optimize energy consumption, reduce costs, and keep up with the industry's development.

The aim is to provide building managers, facility operators and industry practitioners with practical implementation advice to help them efficiently deploy CPMS, reduce operating costs, improve sustainability and safeguard indoor environmental quality.

This article will dismantle its operating logic, reveal the principle of pollution control, and share the operation and maintenance and industry trends. Air Handling Unit (AHU) is the core of HVAC.

With the development of global digitalization, data centers, as the core infrastructure, have increasingly prominent energy consumption problems, and the energy consumption of their cooling systems accounts for 40% to 50% of the total electricity consumption, and the traditional air conditioning and refrigeration mode causes energy waste and restricts their sustainable development.

Under the background of global building intelligence transformation, high efficiency, low carbon, safety has become the core demand of building management, smart sensors are the key to crack these demands and promote the upgrading of building automation efficiency.