Glint Solar is a platform for renewable energy development, designed to support utility-scale PV, standalone battery energy storage (BESS), and hybrid project development from early-stage site identification through to investment-ready design. It's used by solar and storage developers, IPPs, and investment teams primarily across Europe and USA who need to screen more sites, model more scenarios, and move more projects to ready-to-build status without expanding headcount or consultant spend. The platform integrates GIS data, constraint analysis, and project design tools into a single workspace. During site origination, teams can assess buildable area, grid capacity limitations, proximity to substations, and land availability and permitting constraints in a single view. This allows development teams to filter out non-viable sites early and prioritize the parcels most likely to reach financial close. For scenario analysis and design, Glint Solar supports standalone PV, standalone BESS, and hybrid configurations including arbitrage calculations. Developers can compare design scenarios side by side, model revenue potential, and generate analysis reports covering yield, feasibility, and investment viability before committing engineering spend. The platform supports solar and BESS layout design with constraint layering and dynamic design adjustments that can be made directly in response to landowner or site-specific input. Glint Solar's stakeholder engagement tools allow teams to produce realistic 3D visualizations and acoustic noise modeling outputs directly from the platform. These are used to address landowner and community concerns proactively during the screening phase, reducing permitting delays and dependency on external consultants. Grid constraints and noise impacts are surfaced at the start of a project rather than during the approval process. For portfolio management and reporting, Glint Solar provides pipeline tracking across board and table views, automated reporting, and centralized document management. Teams across site evaluation, contracts, and investor reporting work from a shared data set, with import and export compatibility with AutoCAD and PVsyst to support handoff at later project stages.