Brazil's first integrated hydrometeorological system
Our SenseMet® meteorology and SenseHidro® hydrology platforms are structured around an automated, highly available system that provides real-time data collected by government automated stations, as well as remote information. It's also possible to integrate new data sources, such as customer telemetry stations.
The platform provides immediate rainfall forecasts – nowcasting – up to 1 hour in advance, short-term forecasts (up to 15 days in advance), and extended forecasts (biweekly, up to 3 months in advance, and monthly up to 9 months in advance) for the main meteorological and hydrological variables.
All of our models are frequently calibrated using Machine Learning and Artificial Intelligence (AI) techniques to ensure highly accurate predictions and precise information for decision-making.
Extreme events pose imminent risks to lives and infrastructure, requiring constant monitoring and assertive forecasts.
Proactive hydrometeorological management requires robust monitoring and forecasting systems capable of supporting strategic decisions in multiple sectors such as mining, energy, sanitation, infrastructure, and protecting cities against natural disasters.
What do the platforms provide?
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Análise de mudanças nos padrões pluviométricos para projetos de longo prazo;
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Análise de padrões eólicos para parques de energia renovável;
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Análise de padrões de insolação para parques de energia solar;
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Avaliação de riscos climáticos para linhas de transmissão;
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Avaliação de extremos climáticos (secas prolongadas, chuvas intensas) para diferentes regiões;
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Análise de ilhas de calor urbanas e seus impactos;
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Estudos de comportamento de bacias hidrográficas em cenários climáticos futuros;
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Modelagem hidrológica para eventos críticos (cheias centenárias, PMP, QMP, estiagens severas);
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Estudos de vazão histórica e projeções para usinas hidrelétricas;
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EIA/RIMA with a focus on climate vulnerabilities;
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Zoneamento de áreas de risco para barragens em condições climáticas futuras;
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Reservoir sedimentation studies across different scenarios;
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Mapping of flood-prone areas under sea level rise scenarios;
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Geotechnical-climatic risk zoning for urban expansion;
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Planos de resiliência para sistemas de saneamento básico;
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Impacto socioambiental das mudanças climáticas;
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Estudos de disponibilidade hídrica para processos industriais;
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Análise de vulnerabilidade de infraestrutura a eventos extremos;
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Projetos de pesquisa aplicada em mudanças climáticas regionais.
Hydrometeorological Forecast Platform
Extreme events pose imminent risks to lives and infrastructure, requiring constant monitoring and assertive forecasts.
Proactive hydrometeorological management requires robust monitoring and forecasting systems capable of supporting strategic decisions in multiple sectors such as mining, energy, sanitation, infrastructure, and protecting cities against natural disasters.