Powering Turn Energy's 3x Utility-Scale Solar Surge and 30% Conversion Boost
Turn Energy was founded on a clear ambition: save the world from bad energy. The Uppsala-based IPP is building toward 1.5 gigawatts of commissioned solar capacity by 2028, backed by a development portfolio that surpassed 6.5 GW in 2023 and institutional investment from Omnes Capital. Moving that much capacity from land to grid means qualifying hundreds of sites efficiently, converting the right ones, and keeping projects moving without losing information between stages.
Glint Solar became a core part of how they do that. Since adoption, Turn Energy has tripled its project pipeline, reduced development costs by 20%, and lifted project conversion rates by 30%.
The Challenge
Early-stage solar development at Turn Energy ran across a stack of disconnected systems. Land registry data came from Läntmateriet.se. Soil and geological information was pulled from SGU. Project tracking lived in spreadsheets. Task management ran through Monday.com. Every tool did one job, none of them shared data, and every transition between tools was a manual handoff that risked losing context.
The cost showed up most at the boundaries between stages. When a site moved from prospecting to feasibility, data had to be transferred by hand. When feasibility moved to preliminary design, the same transfer happened again. Dropped context meant time spent reconstructing decisions that had already been made. At scale, that overhead was significant.
The second problem was timing. With screening and design living in separate tools, there was no clean way to assess buildable area and layout viability early in the process. By the time a site reached a formal design stage, the team had already invested heavily in it. When constraints then surfaced (land that didn't work, yield that didn't pencil) the cost of that discovery was high. Projects that should have been disqualified in week one were making it to month three.
The result was a pipeline that advanced on momentum as much as evidence, and a conversion rate from early to advanced stage that carried the cost of late disqualification.
The Solution
Turn Energy consolidated their early-stage workflow onto Glint Solar, replacing the fragmented stack with a single workspace covering prospecting, evaluation, layout design, and pipeline tracking.
The operational change was immediate. Developers could move from site identification to preliminary layout without switching systems or converting files. A site's constraint analysis, buildable area, capacity estimate, and yield projection all lived in the same project record. One click transitioned a prospect to a feasibility assessment. Another took it into design. Layers, constraints, and project context followed the site through every stage without needing to be re-entered.
"With Glint Solar's tailored capabilities, our project pipeline tripled. Our developers now seamlessly prospect, evaluate, and design sites with just a few clicks. This streamlined process accelerates decision-making and identifies project risks early, allowing us to focus on expanding our portfolio."
Max Widegren, Project Developer, Turn Energy
Early red flag identification became the clearest improvement. Rather than discovering site problems at the design stage, constraints surfaced during initial screening. Unsuitable sites were disqualified early, freeing the team to concentrate on sites with a real path to construction. The time that had gone to manually reconciling data between systems could now go to prospecting and project development instead.
Portfolio visibility improved as a consequence. With all project data in one place, the team could see pipeline status without chasing updates across systems. New developers joining a project could understand where things stood without reconstructing history from scattered records.
"Now, with all project data in one accessible place, we're able to tackle numerous solar sites effortlessly, ensuring no detail goes unnoticed. Glint Solar has transformed our workflow and elevated our performance."
Max Widegren, Project Developer, Turn Energy
The Results
Consolidating early-stage development onto a single platform produced measurable improvements across pipeline scale, cost efficiency, and project conversion.
3x project pipeline
With prospecting, evaluation, and design unified in one workflow, developers processed more sites in less time. The removal of manual handoffs between systems freed capacity that had previously gone to administration and rework. Turn Energy's project pipeline tripled.
20% reduction in development costs
Consolidating pre-permit processes onto one platform cut the overhead of tool licensing, manual data transfer, and late-stage rework on sites that should have been disqualified earlier. Development costs fell by 20%.
30% lift in project conversion rates
Earlier risk identification meant the projects that advanced were better qualified. Fewer resources went to sites with hidden problems. The projects that made it to advanced stages had a clearer path to construction from the start, and conversion rates from early to advanced stage rose by 30%.
Summary
Turn Energy replaced a fragmented early-stage stack with a single workspace that kept project data, design, and pipeline management in one place. The team qualified better sites, moved faster between stages, and stopped losing information at every handoff. The numbers reflect what happens when early-stage development is treated as a structured workflow, not a series of disconnected tasks.
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