The world’s first! Haier Smart Building independently innovates “unbounded operation and maintenance platform”
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The development of modern buildings is gradually becoming large-scale, and the difficulty of operation and maintenance management is also increasing. Faced with problems such as multiple subsystems, difficult management, and high energy consumption during operation, the industry is also actively exploring more effective solutions.
On April 9, at the 2024 China Refrigeration Exhibition, Haier Smart Building released the world’s first unbounded operation and maintenance platform. Through this platform, Haier has created a full-process, one-stop smart building solution that enables remote monitoring, remote debugging, and remote operation and maintenance. It can predict and diagnose the health status of user equipment, and upgrade user management from the full cycle, full space, and full scenario. experience. At the same time, real-time optimization of intelligent control strategies based on the actual operating conditions of the project can save 50% of operating costs.
Specifically, during the construction phase, the platform can be used to achieve remote construction disclosure and construction acceptance, ensuring 100% installation standardization coverage; during the debugging phase, remote technical support and comprehensive debugging can also be achieved, which can shorten debugging time by 60% and shorten The project delivery cycle is 30%, and labor costs are reduced by 55%. In the operation and maintenance stage, the platform can also optimize the operation strategy based on actual operating conditions, saving 50% in operating costs. In addition, the solution can also conduct intelligent diagnosis of equipment health status to ensure stable and efficient operation.
At the scene, Zhou Weibin, General Manager of Building Intelligent Control of Haier Smart Building Industry, also connected to the Haier Smart Building Air Ecological Innovation Center to allow exhibitors to intuitively experience the advantages of the platform solution. During the connection process, it can be found that the platform can not only view energy consumption and other data information online, but also output energy-saving strategies to achieve efficient and energy-saving operation. At present, the project has reduced consumption by 40%, improved office efficiency by 30%, and reduced operation and maintenance personnel by 15%. It has become the first project in the industry to obtain platinum-level smart building operation and management certification. In addition, the high-efficiency computer room created through the combination of software and hardware with this platform has also been certified as “High-Performance Energy-Saving Project – High-Efficiency Air-Conditioning and Refrigeration Computer Room”.
Currently, the Unbounded Operation and Maintenance Platform has access to more than 50,000 users and has more than 30,000 running projects. Through this platform, Haier Smart Building provides users with 7*24-hour full life cycle operation and maintenance services. While upgrading the management experience, it also provides exception reminders and remote management, which greatly ensures the safe and stable operation of the project.
In fact, in the field of building intelligent control, in addition to the unbounded operation and maintenance platform released this time, Haier Smart Building also implements full-scenario smart energy-saving upgrades based on user needs. At present, the “Building Brain” independently developed by Haier Smart Building has been fully used in high-efficiency computer rooms, building heating, ventilation and water linkage, multi-connected machine intelligent control and heat pump intelligent control, realizing intelligent linkage in all scenarios and bringing about integrated software and hardware. It provides comprehensive solutions to achieve smart energy saving and efficiency improvement at the same time, opening up a new situation for the industry and comprehensively supporting the development of green buildings.
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