Energy and Meteorology Portal

Data Source and Toolkit

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Type: Data

Energy Technology: All

The European Environment Agency (EEA) produces knowledge to inform policymakers and the public. It provides data visualisations of various energy variables (emissions, transition, energy consumption, etc.).

Type: Data

Energy Technology: Wind

This dataset consists of community sourced geospatial datasets made available for use by the larger Google Earth Engine community and shared publicly as Earth Engine assets. This catalog houses datasets that are often requested by the community and under a variety of open license, like solar and wind power plant locations and offshore wind turbine […]

Type: Data

Energy Technology: Hydro

HydroSHEDS provides seamless hydrographic data products including catchment boundaries, river networks, and lakes. The various existing sub-datasets are consistent across multiple scales and resolutions in order to support regional and global hydro-environmental modeling and freshwater conservation efforts.

Type: Data

Energy Technology: Hydro

GRDC Major River Basins of the World (MRB) is an ongoing GIS project of the Global Runoff Data Centre (GRDC). It is provided for public use under the condition of full citation and reference to incorporated data from the HydroSHEDS database (Lehner 2013). This is the 2nd, revised edition 2020 and replaces the basin polygons […]

Type: Data

Energy Technology: Wind

Offshore wind power is a fast-growing solution to the global need for clean, renewable energy. There are currently 68,848 MW operational around the world, in Europe, Asia-Pacific, and the Americas. Wind farm technology is rapidly advancing, with increasing attention paid to floating offshore wind farms positioned in deep waters, further away from the shore than traditional […]

Type: Data

Energy Technology: Hydro

Global-scale hydrology concentrates on the role of the terrestrial hydrological cycle in System Earth. In particular it focuses on the role of climate variability on continental hydrology, on land-surface atmosphere feedbacks and the modelling of global water scarcity and groundwater depletion. To this purpose we have built a next-generation global hydrological and water resources model PCR-GLOBWB.