Enabling developers to identify and analyze the best solar sites
Glint Solar uses satellite data and machine learning to identify and analyze the best greenfield sites.
Get StartedFind and analyze optimal project sites
Quickly evaluate thousands of sites
Instead of using GIS tools on one site at the time, our tool allows you to quickly filter through thousands of sites.
Conduct specific site analysis
Obtain in-depth analysis on the specific site to understand the overall attractiveness. Rate and share with colleagues.
Analyze 40 years of data
We aggregate up to 40 years of satellite data to give you the most comprehensive insight in your early-stage prospecting.
Selected Customers
We’re here to give you the edge
There is a race to identify the best project sites for the solar market. In this race, you need the best tools available to gain the competitive edge.
We introduced the world’s first automatic site identification and analysis tool.
Site Identification
Using a combination of satellite data, machine learning and public data, we scan large regions to identify thousands of potential project sites, both for ground mount and floating solar.
The interactive product allows you to easily filter sites based on numerous layers such as parcel/lake size, distance to grid, installed capacity by area, land use, environmental constraints and many more.
There has never been a better way to do site identification.
Request a free demo
Site Analysis
By drawing upon up to 40 years of satellite data, we provide remote feasibility analysis to help you gain early insight and de-risk greenfield projects.
Among the parameters we analyze are irradiation, wind, waves, temperature, water level fluctuations, water presence, far shading, precipitation, high-level bathymetry and more.
We help you obtain high quality site information from the inception.
Book a meetingA dire need for more renewable energy
To mitigate climate change, the world needs to accelerate the adoption of renewable energy sources like wind and solar.
The UN IPCC report states that 70-85% of the world’s electricity must come from renewable sources by 2050 to avoid the worst impacts of climate change.
At Glint Solar we believe that advanced data science is one of the keys to reach this target.
What our customers say
Lack of knowledge of the project site is a big risk factor that can be very costly.
Every so often truly innovative companies emerge
changing the status quo of the industry. Through their novel approach of combining satellite data and machine learning, Glint Solar is one of those companies.
Stefan Muckstein
COO, Enerwhere
The World Bank assisted the Government of Bangladesh on a feasibility study for floating solar. Having seen many projects start off with poor input data.
The World Bank turned to Glint Solar to obtain the necessary data.
That would ensure the right insight from the project’s inception. Analyzing historical water presence, water level variations, waves, extreme wind and more provided us with significant value in proceeding with the project.
Dario Quaranta
The World Bank
Glint Solar is addressing a major challenge: obtaining reliable data early in the project phase.
We were very impressed with the remote analyses they delivered to us in South America that helped us gain a much deeper understanding of the potential floating PV project sites in that region
Daniel Reinhardt
Swimsol
Featured in
FLOATING SOLAR
What I learned at the world’s highest floating solar installation
The small town of Walden, Colorado is home to the world’s highest-altitude solar installation. We paid them a visit because we had a very important question. How does the harsh weather impact the floating solar array?
Even Kvelland