Edited (version 11)
11
Determining the signature of a solar system
⛶ Fullscreen
↓ Download
The production of a solar system (photovoltaic system, PVA) depends on many factors. However, under ideal conditions, every solar system has a characteristic output curve that depends on the characteristics of the system, such as orientation and shading.
Challenge
Data
For this challenge, anonymised data from real PV systems is provided. This data can be crossed with weather data on solar radiation and cloud cover to analyse the production patterns of the systems.
Aim
The aim of this challenge is to develop an (AI-) supported model that determines the characteristic signature of a solar plant. This signature ‘S’ depends on factors such as orientation, shading and other characteristics of the system.
Applications
The developed model can then be used with the following applications: - Comparison of effective and expected production for performance review - Forecast of plant production for timetables in the control energy sector, portfolio optimisation, etc. - The model can be used in simulations of any kind at Solarify.
Contact
Solarify: Raimund Neubauer, Roger Langenegger
Event finish
Joined the team
6 days ago
~
njanakiev
Start
All attendees, sponsors, partners, volunteers and staff at our hackathon are required to agree with the Hack Code of Conduct. Organisers will enforce this code throughout the event. We expect cooperation from all participants to ensure a safe environment for everybody.
The contents of this website, unless otherwise stated, are licensed under a Creative Commons Attribution 4.0 International License.