Viessmann Refrigeration Solutions GmbH, a supplier of commercial refrigeration solutions, and Noyes Technologies, the first supplier of an automated and highly flexible nano-storage system, are cooperating to develop an innovative, modular and fully automated refrigeration system for the revolutionary NoyesStorage.
This will be a valuable addition to the Noyes and Viessmann offering, intended to radically simplify and streamline storage of products with complex requirements such as temperature and hygienic safety. The offering is aimed to be available by 2023 and sets the foundation for a long-term partnership between the two companies.
Modular storage solutions
Noyes Technologies builds compact, modular storage solutions for smaller – typically urban – spaces
Noyes Technologies builds compact, modular storage solutions for smaller – typically urban – spaces, with its NoyesStorage. Especially within the Q-Commerce business, it is essential to store a large variety of products with complex requirements in a confined space. Suppliers are faced with a particularly difficult challenge given strict specifications for the storage of groceries.
Refrigeration has repeatedly been named as one of the biggest challenges; compliance with the cold chain must be ensured, perishable products such as fresh meat and dairy products must be constantly checked for their best-before date, and different environments must be maintained for individual product groups. In high-rent urban storage areas, storage systems should additionally be as space efficient as possible.
Innovative refrigeration system
The innovative refrigeration system, which incorporates Viessmann's extensive expertise in refrigeration with the automatized warehouse solution from Noyes, provides an answer to these challenges. The modular design enables the storage system to be assembled according to the customer's individual requirements and with a precise fit.
Furthermore, the accurate product storage temperatures can be specified individually ensuring food safety compliance by cooling individual units. Simultaneously, maximum space efficiency for the storage system is guaranteed. The automated nano-warehouse will be developed to have a minimum ecological impact, based on the natural refrigerants, and ensure energy optimization.
