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 layouts based on low-carbon-logistics principles, concentrating high-turnover items in intelligent picking areas, and adopting mobile racking systems to reduce idle equipment usage.
 - Establish an intelligent inventory early-warning mechanism that uses demand-forecasting models to accurately control stock preparation and reduce ineffective handling operations by more than 20%.
 - Implement a green “storage-and-picking-in-one” layout model, using gravity shelves to enable automatic product sliding and completely eliminate secondary handling energy consumption.

 
02. Clean-energy equipment system
 - Our constant-temperature warehouse employs a new-generation variable-frequency temperature-control system, adopts an Internet-of-Things environmental-monitoring platform, and links the air-conditioning, dehumidification and fresh-air systems in real time to precisely adjust temperature and humidity.
 - The loading and unloading area is equipped with regenerative-braking intelligent forklifts, which recover braking energy and reuse it for equipment operation.

 
03. Intelligent low-carbon-operation system
- Weighing and distribution robots are deployed to continuously optimise packaging volumes and transport loading rates through machine-learning algorithms, enabling automatic weighing and distribution, improving on-site operational efficiency and reducing manual operations to lower energy consumption.