Warehousing processes today form an indispensable part of the flow of goods. The need for ever-increasing warehouses and storage leads to the expansion of all warehousing processes, resulting in a greater scope of work and a greater workload of the warehouse worker. In order for the flow of goods to run smoothly inside the warehouse, it is necessary to adapt the working environment to the warehouse worker. Considering only certain parts of the logistics, such as internal transport and warehousing, a warehouse worker is necessary in carrying out any operation within the warehouse. In accordance with the performance elements of the warehouse worker, there is a need to apply ergonomic principles and guidelines, not only to ensure smooth operation and improve working conditions, but also to reduce and prevent injuries while working in the warehouse. This paper will explore the introduction of new technologies in internal transport and storage to increase productivity, improve performance, and reduce the share of manual labor. Relevant ergonomic factors that play a major role in more efficient and faster work of warehouse workers will be located and investigated through concrete examples. Through the case study, the warehouse with low temperature regime will be analyzed and will be compared with the warehouse with normal temperature regime.