The new campus of Lushan People’s Hospital is located in Lushan, Jiujiang, Jiangxi Province. The project covers a total site area of approximately 131.6 mu, with a total floor area of approximately 104,000 square meters.The project is built around the design philosophy of “balancing efficient medical care with garden-style rehabilitation.” The hospital complex is arranged in a star-and-moon configuration, embracing the “Green Island of Life” to provide patients with a rehabilitation space filled with sunlight and greenery. Upon completion, the hospital will have 920 beds, becoming a fully-equipped tertiary general hospital.

Smart Hospital Construction Requirements

• Environmental and Energy Consumption Control: The mechanical and electrical systems in large hospitals are complex, with air conditioning, fresh air supply, and lighting accounting for a high proportion of energy consumption. Intelligent solutions are required to achieve energy conservation and reduce consumption.
• Equipment Operation and Maintenance Management: With a large number of medical devices and public facilities, the efficiency of fault response and routine inspections directly impacts the safety of hospital operations.
• Patient Care and Rehabilitation Experience: Lighting, temperature, humidity, air quality, and wayfinding systems must be optimized to enhance comfort and efficiency for both patients and medical staff.
• Multi-System Coordination and Integration: Systems such as security, access control, fire protection, lighting, and HVAC must be managed centrally to prevent information silos.

Project Implementation Details

1. The Building Automation System (BAS)
   uses sensors for temperature, humidity, CO₂, PM2.5, and other parameters to coordinate with HVAC and fresh air systems, enabling automatic adjustment and remote monitoring of environmental conditions in critical areas (wards, operating rooms, outpatient clinics).
2. The Energy Management System performs
   itemized metering and data analysis of water, electricity, and gas consumption to identify high-energy-consumption areas, formulate energy-saving strategies, and reduce the hospital’s overall operating costs.
3. The intelligent lighting system
   combines natural lighting with occupancy sensors to enable time-based and zone-specific lighting control in areas such as outpatient clinics, corridors, and patient rooms, creating a comfortable lighting environment conducive to recovery.
4. The IBMS integrated management platform
   unifies subsystems—including building automation, energy management, smart lighting, security, and fire protection—into a single platform, enabling centralized monitoring, alarm linkage, and closed-loop management of maintenance work orders.