CoSupport AI
What is Jua?
Jua represents a groundbreaking advancement in weather forecasting technology, utilizing deep neural network learning and an innovative AI Large Physics Model to provide unprecedented accuracy in weather predictions. The platform processes tens of millions of primary data points to deliver superior forecasting capabilities specifically designed for energy trading applications.
Unlike traditional post-processed forecasts, Jua's proprietary system employs petabytes of primary data and cutting-edge AI technology to create the world's first Large Physics Model of the atmosphere. The platform delivers forecasts 2.5 hours earlier than conventional services, enabling traders to maintain a competitive edge in weather-dependent energy markets.
Features
- AI Large Physics Model: First-of-its-kind atmospheric modeling system
- Extended Forecast Range: Predictions up to 31 days in advance
- Early Delivery: Forecasts available 2.5 hours ahead of market
- Temporal Precision: Exact timing of significant weather events
- Comprehensive Parameters: Multiple atmospheric measurements at various heights
- AI Ensemble Model: Advanced predictive insights for medium-term trading
Use Cases
- Optimized power and demand forecasting
- Renewable energy trading
- Early identification of major weather events
- Weather-dependent infrastructure management
- Storm detection and assessment
- Wind energy prediction at specific heights
FAQs
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How can I access your data?
The platform offers flexible output formats including API (JSON, CSV), GRIB, or visual outputs such as map tiles. -
I am a researcher and would like to collaborate with Jua, what can I do?
Jua maintains research partnerships with leading institutions and individuals through an invite-only community of AI and meteorology researchers. Research support with data and compute may be available. Interested researchers can contact research@jua.ai -
What is new about Jua compared to existing machine learning solutions?
Jua has rebuilt everything from scratch, including data collection, processing, storage, and the weather model itself, rather than simply enhancing existing numerical models with machine learning capabilities.
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