Within the area of IT system development, it will be crucial to develop a hardware and software platform tailored to the specifics of the washing and drying process, integrating the mechanical, control and robotics areas with advanced software for data collection, visualisation, and machine analysis, as well as effective methods for diagnosing the process and key components of the washing device.
Innovative drying nozzles and a filtration system using UV irradiation, modularisation of the equipment, as well as an analysis of the materials used in the project in terms of corrosivity in the working environment and the selection of alternative cleaning agents together with an environmental impact assessment. This will result in tangible benefits, i.e. increased reliability and reduced operating costs, flexibility, autonomy of use and the possibility to personalise the system, improved safety in terms of the spread of bacteria and viruses, functionality for diagnosing abnormalities in the cleaning process and the operation of equipment components.
The project will develop a hardware and software platform, integrating the mechanical and control area with advanced software for data collection, visualisation, and machine data analysis (AI), tailored to the specifics of the process, which will enable the collection and intelligent processing of data relating to the execution of the transport process, the use and operation of the system, as well as its key components.
The aPCS will also enable automatic diagnostics of equipment. The project aims to develop a solution with high flexibility, increased process execution efficiency, reliability, device durability and reduced operating costs.
The project involves the implementation of a linear project, consisting of R&D and internationalisation modules, the starting point for which will be the carrying out of development work (DW), covering the development of an innovative product on a scale of at least the Polish market in the form of a system of conveyors for the transport of light materials with advanced IT and automation components for the control of logistical processes in e-Commerce with high energy efficiency, reliability and efficiency in the implementation of service and maintenance activities, planned in 5 stages:
