Solar irradiance modeling
We accurately model solar irradiance on all surfaces, including the ground, facades, roofs, and solar panels.
Our approach takes into account the terrain characteristics and integrates the local topography to ensure highly accurate results.
Our services are designed to meet the needs of architects, urban planners, and real estate developers.
Accurate computations on all surfaces
In urban environments, we accurately compute local sunlight and determine the frequency of sunlight within a 3D environment. Solar irradiance modeling facilitates the optimization of energy efficiency and architectural design in buildings while ensuring user comfort, both indoors and outdoors.
Building solar gain
Pedestrian sun comfort
Urban solar energy
News
Poster: Hybrid Sector-Based Wake Superposition Modeling: Assessing Direction-Dependent Wake Effects and Wind Farm Performance Improvements
Meteodyn put a hybrid sector-based wake superposition model to the test across three offshore wind farms, Lillgrund, Horns Rev, and Nysted, to see when direction-dependent wake effects call for...
Poster: Applying Meso-Micro Coupling in Wind Resource Assessment in Challenging Cases: Validation and Insights
Putting Meso-Micro Coupling to the test in real-world conditions, Meteodyn joined forces with Huaneng Clean Energy Research Institute, Goldwind, Fujian Electric Power Design Institute, and Guohua...
Poster: CFD-Based LiDAR Data Correction: A Large-Scale Validation Across 15 Sites in Brazil
Meteodyn teamed up with Casa Dos Ventos to test its CFD correction approach on real-world LiDAR data. 15 campaigns were conducted across Brazil, spanning everything from flat plains to highly...
Working at Meteodyn
Explore new career opportunities by reviewing our job openings.