Logistics Warehouse
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2025-07-16 11:07:17
01. Optimise the spatial layout of warehousing to reduce carbon footprints.
 - Design dynamic warehouse planning based on low-carbon logistics principles, concentrate high-frequency turnover commodities in intelligent picking areas, and adopt mobile racking systems to reduce the rate of unloaded equipment.  
 - Establishing an intelligent early warning mechanism for inventory, accurately controlling stock preparation through demand forecasting models, and reducing ineffective handling operations by more than 20%.  
 - Implementing the green layout mode of "storage and picking as one", using gravity shelves to realise automatic sliding of commodities, and completely eliminating secondary handling energy consumption.
 
02. Clean energy equipment system
 - The constant temperature warehouse comprehensively deploys a new generation of frequency conversion temperature control system, adopts the Internet of Things environmental monitoring platform, and real-time links the air conditioning dehumidification unit and the fresh air system to achieve precise adjustment of temperature and humidity.
 - The loading and unloading area is equipped with regenerative braking intelligent forklift, which recovers braking energy and recycles it for equipment operation.

03. Intelligent low-carbon operation system
- Weighing and distribution robots are deployed to continuously optimise the packaging volume and transport loading rate through machine learning, so as to achieve automatic weighing and distribution of equipment, improve on-site operational efficiency, and reduce manual operations to lower energy consumption.