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Prefabricated Cold Storage for Health and Medical College

Shanghai University of Medicine & Health Sciences installed a 500㎡ prefabricated pharmaceutical cold storage (2℃~8℃) in 2019, featuring energy-efficient design and precision temperature control for me

Project Overview

Delivered a lab-grade prefabricated cold storage solution for Shanghai’s leading medical university, meeting strict GMP compliance and rapid construction demands.

Start time 2019

Industry medicine

Project location shanghai

Cold Storage Type Prefabricated Cold Storage

Installation Area 500㎡

Installation Date January 2019

Storage Category Pharmaceutical Products

Temperature Range Adjustable 2℃~8℃

Insulation Material Polyurethane Sandwich Panel

Challenges Faced

High Precision Compliance: Must meet GMP standards for the pharmaceutical industry and laboratory safety regulations of the university.
Tight Construction Schedule: Installation needed to be completed during school breaks to avoid disrupting teaching activities.
Energy Efficiency Pressure: The university required the cold storage to consume 30% less energy than traditional solutions.
Space Constraints: Limited installation space required optimal layout design to maximize space utilization.
Temperature Stability Requirement: Must maintain minimal temperature fluctuations to meet the storage requirements of pharmaceutical products.

XNAIR Cold Storage Solution

Modular Prefabrication: Utilized prefabricated modular construction, allowing for 40% shorter installation time through factory pre-assembly and on-site assembly.
Dual-Redundancy Cooling System: Equipped with dual-head scroll compressors and emergency power supply to ensure 72 hours of temperature maintenance at -18℃ in case of sudden failures.
Smart IoT System: Integrated temperature and humidity sensors, access control interlocking, and remote alarm functions, with real-time data synchronization to the university's management platform.
Energy-Efficient Design: Employed high-efficiency insulation materials like polyurethane sandwich panels, combined with an intelligent temperature control system, to significantly reduce energy consumption.
Customized Layout: Designed a tailored cold storage layout based on the spatial characteristics of the installation site to maximize space utilization.

Project Results and Benefits

Construction Efficiency Improvement: Actual construction period was 18 days (originally planned for 25 days), resulting in a 28% earlier delivery.
Energy Cost Reduction: Annual electricity consumption reduced to 38,000kWh (compared to approximately 52,000kWh for traditional cold storage).
Storage Capacity Optimization: Achieved 95% space utilization in the 500㎡ area, storing over 120,000 items of vaccines/reagents.
Temperature Stability Achieved: Maintained 100% GMP compliance with zero temperature deviations over 3 years of operation.
Management Convenience Enhanced: Enabled remote monitoring and real-time data synchronization through the Smart IoT System, improving management efficiency.

Achieved 100% GMP compliance with zero temperature excursions in 3 years of operation.

The prefabricated cold storage exceeded expectations in stability and energy efficiency—critical for our biomedical research. —— Laboratory Director

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Prefabricated Cold Storage for Health and Medical College

Project Overview

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