Services

For larger and utility-scale solar projects, you need long-term solar and meteorological data to be regionally validated with the right uncertainty estimates.

We can provide you with a detailed solar resource validation and assessment report as an add-on alongside standard data delivery.

Combine satellite data with on-site measurements to reduce the uncertainty of estimated energy output and achieve more accurate financial estimates.

The Site Adaptation of Solargis Models service will give you locally enhanced solar and meteo parameters, enabling you to reduce uncertainty of power plant design and energy yield simulations.

One of the key challenges of measured solar irradiance data is the high occurrence of anomalous values.

The Quality Control of Solar & Meteo Measurements service, based on our experience with measurements from hundreds of locations globally, helps you identify errors and prepare the datasets for the next steps of your project.

Explore solar, meteorological, and PV potential GIS data in your own applications.

You can use solar resource, PV, climate, and other geo data for analysis and visualization in all generally available GIS software (GeoTIFF, NetCDF, and others) with raster data processing capabilities or numerical implementation.

For financial risk assessment, investors and developers require reports of expected energy production, including uncertainties, as well as related solar and meteorological data inputs.

We offer an independent and impartial evaluation of PV yield assessment with our proprietary simulation tools and models. These are based on 15+ years of experience working on large and medium-scale PV power plants around the world.

Data-driven insights from our PV Performance Assessment report conducted after months or years of the plant's operation will help you optimize its performance.

The report also provides a revised and more accurate long-term energy yield estimate for refinancing or new asset acquisition purposes.

The PV Variability & Storage Optimization Study delivers statistical data and insights to project developers needed for designing and managing PV-plus-storage systems.

The study provides the most realistic data on PV power generation for grid integration analysis.

In the Regional Solar Energy Potential Study, we analyze not only solar resource information but also meteorological and geographic data.

The analysis considers the uncertainty of resource estimates, intermittent and seasonal variability, extreme weather, and geographic limitations on the deployment of solar power plants.