Hoje em dia qualquer empresa tem um modelo meteorológico proprietário. No deles até as nossas observações podem ser inseridas, tal é o controlo da qualidade.
https://www.tomorrow.io/cbam/
Tomem lá, NOAA, Eumetsat/ESA e ECMWF que gastam desnecessariamente milhares de milhões em satélites, supercomputadores e modelos.
Com o modelo deles, sabe-se até ao milímetro de precipitação que uma qualquer bigorna vai largar em qualquer momento, a qualquer altura. E basta apenas dar a temperatura do termómetro do carro.
https://www.tomorrow.io/cbam/
Tomem lá, NOAA, Eumetsat/ESA e ECMWF que gastam desnecessariamente milhares de milhões em satélites, supercomputadores e modelos.
Com o modelo deles, sabe-se até ao milímetro de precipitação que uma qualquer bigorna vai largar em qualquer momento, a qualquer altura. E basta apenas dar a temperatura do termómetro do carro.
What is CBAM, and why is it revolutionary?
- High Resolution Analysis: Today, one of the best available public models, NOAA's High-Resolution Rapid Refresh (HRRR), works in resolutions of 3km. CBAM gets to the highest resolution that exists in the market today: tens of meters. This resolution allows us to account for things like terrain and buildings and see otherwise invisible features, such as wind turbulence around buildings.
- Update Frequency: HRRR updates every hour, and most other public models update every 6 hours. CBAM, in contrast, updates every few minutes.
- Global: HRRR and similar models are only available in a few developed countries, while the vast majority of the world remains without access to such forecasts. CBAM is Global - it can operate anytime, anywhere, from a single wind farm to the entire Indian subcontinent.
- On-demand: Rather than feeding everyone with outputs from the same generic model, CBAM is tailored and flexible, providing the optimal solution for each customer's unique needs, be it location, resolution or weather variable of interest. CBAM generates customizable weather forecasts for specific domains and specific use cases.
- Data: Thanks to ClimaCell's Weather of Things (WoT) approach, CBAM feeds from hundreds of millions of proprietary observations from the connected world, including in data-poor regions.