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Logistics Cold Storage Construction
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- Product Description
Logistics Cold Storage Construction
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- Commodity name: Logistics Cold Storage Construction
- Commodity ID: 1362032599689220096
A logistics cold storage facility—also known as a refrigerated warehouse—is a storage space that utilizes cooling equipment to maintain optimal humidity and low-temperature conditions. It serves as a crucial location for processing and storing agricultural and livestock products. By shielding these products from climatic influences, such facilities extend their shelf life and help stabilize market supply. In response to the ongoing development and construction of logistics cold storage facilities, Haoshuang Refrigeration offers tailored refrigeration solutions based on clients’ actual operational needs, combining theoretical knowledge with practical experience and years of expertise. This approach not only helps clients minimize investment costs but also delivers significant economic benefits. Logistics Cold Storage Construction Steps: 1. Site Selection Logistics cold storage facilities are typically located in areas with affordable land prices and relatively convenient transportation, aligned with the company’s growth plans. The site should be situated away from sources of severe pollution. The ground surface must be level, firm, dry, and generally made of concrete. The warehouse entrance should face away from prevailing winds; ideally, the door should open toward the east and be positioned far from any pollution sources. The floor elevation should be higher than the surrounding ground level to prevent water from entering the facility during rainy days. It is essential to consider factors such as convenient transportation and proximity to markets. Ideally, the cold storage facility should be built in a cool, shaded area free from frequent hot air currents. The surrounding area should have excellent drainage capabilities, with a low groundwater table. The facility’s foundation must include an insulating layer to maintain thermal efficiency, while ensuring good ventilation and dryness—a critical factor for preserving the cold storage environment. Additionally, prior to construction, the appropriate three-phase electrical system should be installed according to the capacity of the refrigeration units. 2. Calculation of Capacity and Area Logistics cold storage facilities are generally constructed in locations with affordable land and convenient transportation, matching the company’s growth trajectory. The site should be free from heavy pollution sources, and the ground surface must be level, firm, dry, and typically made of concrete. The warehouse entrance should face away from prevailing winds, ideally opening toward the east and positioned away from pollution sources. The floor elevation should be higher than the surrounding ground level to prevent water ingress during rainy days. Regarding the volume coefficient: Some goods are stacked tightly, while others are stored directly in multiple layers without racks, with items piled directly on top of each other. Although this stacking method allows for maximum utilization of space, it takes longer for the center temperature of the goods to reach the required cooling level, thus prolonging the operating time of the refrigeration equipment and increasing electricity consumption. By contrast, using racking systems and organizing goods more efficiently can significantly enhance energy savings and reduce operational costs. For large-scale cold storage facilities, it is recommended to make rational use of racking systems, leaving adequate airflow channels. Proper placement of goods relative to the cold-air ducts ensures smooth air circulation, making it easier to maintain uniform temperatures throughout the facility.
A logistics cold storage facility—also known as a refrigerated warehouse—is a storage space equipped with cooling systems to maintain optimal humidity and low-temperature conditions. It serves as a crucial venue for processing and storing agricultural and livestock products. By shielding these products from climatic influences, cold storage facilities can extend their shelf life and ensure a steady supply to the market. In response to the ongoing expansion and construction of logistics cold storage facilities, Haoshuang Refrigeration offers customers tailored refrigeration solutions that precisely meet their specific operational needs. Drawing on a combination of theoretical knowledge, practical experience, and years of expertise, we provide clients with cost-effective refrigeration solutions that not only minimize investment but also deliver significant economic benefits.
Logistics Cold Storage Construction Steps:
I. Site SelectionLogistics and warehousing cold storage facilities are typically built in locations with low land prices and relatively convenient transportation, tailored to the specific development needs of the enterprise. The area surrounding the cold storage should be kept free from sources of severe pollution. The floor surface should be smooth, firm, dry, and generally made of concrete. The warehouse doors should face away from prevailing winds; ideally, they should open toward the east and be positioned far from any pollution sources. The floor elevation should be higher than the surrounding ground level to prevent water from entering the facility during rainy weather.
Consider factors such as convenient transportation and proximity to markets. It is best to build cold storage facilities in shaded areas that are not frequently exposed to hot winds. The area surrounding the cold storage should have good drainage conditions, with a low groundwater table. The floor of the cold storage must be equipped with an insulating layer, and adequate ventilation is essential. Maintaining dryness is crucial for cold storage facilities. Additionally, before constructing the cold storage, ensure that the corresponding three-phase power supply has been properly installed in advance, based on the capacity of the refrigeration unit.
II. Calculation of Tonnage and Area Requirements
Logistics and warehousing cold storage facilities are typically built in locations with low land prices and relatively convenient transportation, tailored to the specific development needs of the enterprise. The area surrounding the cold storage should be kept free from sources of severe pollution. The floor surface should be smooth, solid, dry, and generally made of concrete. The warehouse door should face away from the prevailing wind direction; ideally, it should open toward the east and be positioned far from any pollution sources. The floor elevation should be higher than the surrounding ground level to prevent water from entering the facility during rainy weather.
Regarding the volume coefficient: Some goods are stacked tightly, while others are not placed on shelves but rather piled directly in multiple layers, with additional goods stacked on top. Although this stacking method allows for a greater quantity of goods to be stored, it takes longer for the temperature and pressure at the center of the cargo to reach the desired levels. Consequently, the refrigeration equipment will need to operate for a longer period, which in turn increases electricity costs. By making rational use of shelving and optimizing cargo placement, we can achieve greater energy efficiency and reduce operational electricity expenses. For large cold storage facilities, it is recommended to make appropriate use of shelving, ensuring adequate airflow channels are maintained. The arrangement of goods should align reasonably with the airflow paths of the cooling units, facilitating uniform temperature distribution throughout the storage area.
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