Grid-First Site Prospecting: A Smarter Way to Shortlist Solar and BESS Land
A shift to grid-first prospecting is helping developers move faster, avoid dead ends, and align internal teams around buildable sites from day one.
Insights and resources to help you move faster in solar and storage development
De-risk your BESS-projects from day one with preliminary noise modeling
At Glint we know that the road from concept to construction isn't linear. One of the most underestimated and frequently project-stalling challenges? Noise concerns.
What Developers Need to Know About Ideal BESS Site Selection
Battery energy storage is reshaping how utility-scale projects are planned, screened, and built. As interconnection queues grow longer and solar-only designs face economic headwinds, BESS is becoming a key lever for improving grid access, stabilizing returns, and meeting permitting expectations.
How to Accelerate Early-Stage BESS Design Without Waiting on Engineers
This article breaks down how developers are accelerating early-stage BESS design using smarter workflows and integrated tools.
How Photosol Cut Site Prospecting and Analysis Time by 83% With Glint Solar
Photosol is one of France's leading solar producers, with close to 900 MWp in operation and 4.3 GWp under development across France, Italy, and Poland. Since adopting Glint Solar, the company has cut its site prospecting and analysis time by over 83%, taking site evaluation from around 30 minutes down to 5 to 10 minutes, and cut project delays by 20%.
How DVP Solar Saves 1 Day a Week Using Glint Solar
DVP Solar, a pioneering force in the development of large-scale photovoltaic solar projects, has always been driven by a commitment to innovation and efficiency. With over 3 GW of projects under development across Europe and Latin America, DVP Solar embraced Glint Solar’s platform to supercharge its project qualification process.
How Chint Solar Saves 2,000 Engineering Hours a Year With Glint Solar
Chint Solar is a European solar developer with more than 500 MWp of completed projects. Facing a heavy pre-permit evaluation workload split between engineering and outsourced teams, they moved site evaluation onto Glint Solar. The result: 2,000 engineering hours saved a year and faster expansion into new markets.
Powering Turn Energy's 3x Utility-Scale Solar Surge and 30% Conversion Boost
Turn Energy is a Swedish IPP building toward 1.5 GW of commissioned solar by 2028. Faced with a fragmented tool stack and late-stage risk discovery at every step of early development, they consolidated onto Glint Solar. The result: a tripled project pipeline, 20% lower development costs, and a 30% lift in project conversion rates.
