Affected by multiple factors such as construction and operation, buildings have always been a “big consumer” of global energy consumption and carbon emissions. In the pursuit of sustainable development, as macro policies and self-development “beckon” together, the sustainable transformation and upgrading of buildings has also become a must-answer question for enterprises.

But buildings often have multiple functions and complex equipment systems. The combination of various transformation challenges is like a scrambled “magic cube”, making it difficult to start. How can we turn the “low-carbon magic cube” of buildings? At the just-concluded 2023 China Refrigeration Exhibition, Honeywell gave six “transformation formulas”:

1. Energy consumption insight, effective management

The most intuitive global means of carbon reduction and energy saving is to accurately “collect – insight – evaluation – intelligent control” the energy consumption data generated by building operations, which can be called effective energy consumption management. At the refrigeration exhibition, Honeywell demonstrated the new building energy consumption management system on site:

By accessing a wealth of Honeywell sensor devices and executive devices with data monitoring, and through an agile and powerful building automation system, the latest building energy management system can monitor and manage energy consumption in real time online, detect inefficient equipment and energy consumption anomalies in a timely manner, and adopt the most effective strategy to reduce peak power consumption levels.

II. Cloud-edge integration, intelligent automatic control

After understanding the energy consumption situation, how to conduct intelligent energy management? Honeywell’s energy management and automatic control system gave us the answer:

At the beginning of this year, Honeywell just released the ECC200 edge network controller, which cooperates with the WEBs building automation system platform and the smart socket energy management system that applies energy saving to every electrical appliance, providing a sustainable and complete closed loop for energy-carbon dual control, meeting the company’s all-round management and control needs for digital energy saving and carbon reduction in smart buildings.

III. Pipeline network control, hydraulic balance

In air conditioning and heating systems, pipeline network control hydraulic balance is closely related to the normal operation of the system. Once an imbalance occurs, the system may work for a long time under a large flow state, thus frequently performing ineffective low-level automatic control, and then comprehensively and continuously wasting energy.

In order to avoid a large amount of energy consumption, Honeywell provides a complete set of pipe network control and hydraulic balance products, including various control valves and actuators, balancing valves and various water system sensors, flow meters and energy meters, providing a rich hardware foundation for pipe network control and hydraulic balance solutions.

Fourth, “micro-environment” energy saving, under control

When the concept of “micro-environment” of buildings advocating people-oriented is integrated into the new intelligent building evaluation system, Honeywell uses its own advantageous core building automatic control capabilities to continuously innovate and apply to the sinking field of strong and weak electricity integration and cloud edge integration, opening a new chapter for building energy saving and carbon reduction and sustainable operation.

From various indoor environment sensors focusing on comfort, air valve actuators and other air conditioning terminal control components used in micro-environments, to intelligent building air conditioning terminal integrated control cabinets, Honeywell’s micro-environment comfort and energy saving display board beautifully interprets people-oriented energy saving and carbon reduction.

5. Smart home, comfortable life

If you want to create a more comfortable living environment with wind, heat, light, sound, etc., there are also good energy-saving options for daily home:

Honeywell’s ultra-low energy consumption building heat pump type fresh air environment control integrated machine, efficient full heat recovery core improves heat recovery efficiency, and the high airtightness design of the whole machine provides strong support for green and energy-saving life; there are also home smart panels that can be linked with home facilities, using IoT technology to link a better life.

Six, key environment, precise control

In addition, professional environments and scenes of some key industries, especially key occasions that are particularly sensitive to air environment, such as isolation wards in hospitals, dust-free workshops in clean factories, laboratories and other professional fields, Honeywell’s targeted products can also show their prowess.

In this exhibition area, Honeywell’s Phoenix control precise airflow solutions, as well as reliable professional sensing equipment, intelligent control equipment and terminal products are displayed to fully protect key environments.

The “low-carbon Rubik’s Cube” with six sides forming one has become today’s Honeywell smart building energy carbon solution.

Honeywell advocates the concept of full life cycle management of intelligent buildings, providing customers with global solutions from hardware facilities, software systems to management services. This helps buildings achieve energy conservation, cost reduction and efficiency improvement, and improves the scalability and long-term investment return of building facilities.
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