Amid the national momentum toward industrialization, intelligence, and green development in the construction sector, high-end building projects are placing unprecedentedly stringent demands on the reliability, energy efficiency, and intelligent performance of electromechanical systems. To accurately align with cutting-edge design requirements and strengthen technical collaboration with strategic partners, Liancheng Group Shenzhen Branch recently organized a dedicated visit to the Shenzhen Branch of China Aerospace Architecture Design & Research Institute Co., Ltd., bringing its core technologies and integrated solutions to host an in-depth technical exchange seminar focused on key building equipment systems.
This exchange aimed to jointly explore forward-looking technologies and application solutions, particularly those meeting the rigorous standards of aerospace facilities and high-end civil buildings, and to further elevate bilateral cooperation. Over the years, the Shenzhen branch of China Aerospace Architecture Design & Research Institute has been a trusted provider of integrated design and engineering solutions for BYD.
At the beginning of the meeting, Mr. Zhu Sheng, General Manager of Liancheng Group Shenzhen Branch, led the technical team in expressing sincere appreciation for the warm reception. In his opening remarks, Mr. Zhu emphasized that the aerospace architectural design sector represents the ultimate pursuit of quality, reliability, and innovation—values that align closely with Liancheng’s philosophy of “Precision Manufacturing, Intelligent Empowerment.” He expressed his hope that this face-to-face exchange would enable Liancheng’s latest advancements in fluid equipment and smart systems to better serve high-standard building design projects.
During the core technical presentation session, Ms. Tian Huiru, Technical Manager of Liancheng Group Shenzhen Branch, delivered a comprehensive and in-depth report. Centered on the key equipment requirements of high-end buildings, the presentation focused on five major systems:
1. General and Specialized Building Pump Units
A detailed introduction was provided on high-efficiency centrifugal pumps and pipeline pumps, including optimized selection strategies for HVAC and water supply/drainage systems, advanced hydraulic models, and vibration/noise reduction technologies.
2. Central Air Conditioning Circulating Pump Systems
The discussion highlighted variable flow systems with frequency conversion energy-saving control solutions, coordinated operation strategies between pumps and chillers, and hydraulic balance optimization for large-scale projects.
3. Domestic Water Supply Systems
A full-chain solution was presented, covering booster equipment, water quality assurance, full variable-frequency constant pressure water supply, and intelligent water tank management, emphasizing hygiene safety and energy efficiency.
4. Fire Protection IoT Systems
The presentation elaborated on intelligent fire pump systems based on IoT platforms, featuring real-time monitoring, fault warning, automatic inspection, data analysis, and emergency linkage functions—significantly enhancing system management efficiency and reliability.
5. Sewage and Wastewater Lifting Systems
Key technologies were introduced for sealed sewage lifting devices and large submersible sewage pumps used in basements and equipment floors, including wear-resistant and corrosion-resistant design, automatic cleaning functions, and intelligent control units.
Throughout the presentation, the team not only analyzed technical parameters and performance boundaries but also demonstrated, through real-world case studies such as large commercial complexes, high-end office buildings, and precision laboratories, how Liancheng’s integrated solutions deliver system stability, energy savings, and intelligent operation and maintenance in practical applications.
The subsequent interactive discussion session was highly engaging. Designers and project leaders from multiple disciplines—including architecture, structural engineering, plumbing, and HVAC—raised a series of in-depth and professional questions based on their experience in aerospace facilities, high-tech factories, and R&D centers. Topics included material selection standards under special media conditions, redundancy and backup design for uninterrupted operation, adaptability and data security of smart pump rooms in extreme environments, standardized interface protocols between IoT platforms and building management systems, and refined lifecycle cost considerations.
Liancheng’s technical team responded thoroughly to each question with solid theoretical expertise and extensive project experience. Both sides also exchanged valuable insights on several cutting-edge technical directions, reaching numerous constructive consensus points.
The technical exchange proved highly successful, exceeding expectations. It was not merely a product showcase but a meaningful convergence of technical ideas and industry insights. The Shenzhen Branch of China Aerospace Architecture Design & Research Institute highly recognized Liancheng’s professional capabilities, system integration expertise, and unwavering commitment to quality, noting that its solutions are well aligned with the requirements of high-standard, high-reliability building projects.
Both parties agreed to use this fruitful exchange as an important opportunity to establish a closer and more regular communication mechanism for technology and information sharing. Looking ahead, they will deepen collaboration on specific projects, jointly explore and implement advanced equipment and system solutions suitable for next-generation green, intelligent, and highly reliable buildings, and work together to enhance construction quality, drive industry progress, and create benchmark projects.
Post time: Mar-30-2026