| dc.description.abstract | This bachelor thesis describes the development of a web application that
allows users to configure and save simulations for an energy system.
The application utilizes a pre-existing simulator pack to generate real-time
results, which are displayed to the user in chart form. The development
stack includes Sveltekit, FastAPI, and GraphQL, with the latter used to
retrieve and display data. The application features a login system and
user-specific configuration options, enabling users to tailor simulations to
their needs.
The system is built to be scalable and easy-to-implement new features such
as a better system for storage and automated test. The team focused on
long term for this project and made sure it would be easy for other people
to work on it later.
The resulting application provides an efficient and user-friendly means of
simulating energy systems, with potential applications in both research and
industry. | |
