Atmospheric science for renewable energy solutions
Mission
Supporting the transition to sustainable energy systems
To support the transition to sustainable energy systems through innovative research on solar radiation, renewable energy assessment and atmospheric applications for solar resource management.
Scientific scope
The SOLEA team develops methodologies for estimating, forecasting, and evaluating solar resources using observations, satellite products, and atmospheric models.
Research contributes to renewable energy planning, photovoltaic optimization, and climate-resilient energy systems.
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Core capabilities
From solar observations to energy decision support
The SOLEA team combines atmospheric observations, forecasting, satellite products and modelling to support solar-resource management and renewable energy applications.
Project highlights
Solar Energy projects
Selected APCG projects supporting solar-resource assessment, environmental observations, forecasting and climate services for renewable energy.
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Solar-energy platform
SOLEA
Explore APCG solar-energy applications, services and technical resources.
Urban sustainability platform
Urban Sustainability
Platform for exploring and visualizing environmental and sustainability information supporting urban assessment and evidence-based decision-making.
Decision-support platform
METRONOME
City intelligence and decision-support platform for exploring urban data, KPIs and scenarios across METRONOME pilot cities.
Publication highlights
Recent Solar Energy research
The latest peer-reviewed scientific publications associated with APCG Solar Energy research.
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Collaboration opportunities
Collaborate with us on solar-resource and renewable-energy research
The SOLEA team, within APCG, supports collaborations with energy providers, research institutions and public authorities, exploiting its expertise in solar resource assessment, forecasting and climate services for renewable energy.