Abstract:

This article presents a low-code platform for modeling and implementing a web-based system for selling and configuring heat pumps. This research methodology includes the following steps: First, a comprehensive literature review is conducted to understand the current state of low-code platforms, online sales, and heat pump configuration systems, as well as the integration of these technologies. Next, a BPMN model of the heat pump configuration and sales business process was designed, outlining the key components and their functionality. A prototype of a web-based heat pump sales and configuration system was then developed using the Aurea low-code platform, including the designed business processes and user interface. Finally, the low-code system's performance, usability, and scalability are evaluated, and the implications of adopting such a platform in the HVAC industry are discussed. Considering the importance of remote working for the company in the face of today's epidemic threats, the implemented low-code platform for modeling and implementing a web-based system for selling and configuring heat pumps allowed access to data from any location through secure and state-of-the-art web interfaces. Undoubtedly, the research conducted impacts the scientific aspect in the described area. So far, a low-code platform for modeling and implementing a web-based sales and configuration system for heat pumps has been successfully designed and implemented in the Polish market. The implementation description can serve as a reference and core for implementations in this area.