Available Other Features
Missing Other Features
Pricing
Starting Price
Options
Available Since
Deployment Options
- Web Browser (Cloud - Based)
Good Option For
- Freelancers (1 person company)
- Microbusiness (2-10 people)
- Small Business (11-50 people)
- Medium Business (51-250 people)
- Large Business (250+ people)
Deep dive
Core Features
Glint Solar's principal capabilities focus on renewable energy site selection, preliminary engineering, and project feasibility. The following five areas distinguish its current functionality and development priorities.
PV (Photovoltaic Development): Identifies potential solar sites using land parcels, terrain, grid proximity, and environmental constraints. Users can calculate buildable areas, generate preliminary PV layouts, compare configurations, and estimate energy yields.
BESS (Battery Energy Storage Systems): Supports standalone storage site screening, preliminary battery layouts, and technical feasibility assessment. Developers can evaluate proximity to substations, available land, storage configurations, and potential noise impacts.
Hybrid (Solar and Storage): Enables developers to assess co-located PV and BESS configurations within the same project. Users can compare solar generation, battery capacity, dispatch strategies, grid connection limits, and projected revenue.
Wind (Development Screening): The platform's geospatial screening capabilities can help developers examine land-use restrictions, environmental constraints, and grid proximity relevant to wind development.
Grid (Connection Intelligence): Provides geospatial information on substations, transmission lines, voltage levels, and connection distances to support early-stage site evaluation. Developers can incorporate grid proximity into screening criteria and assess potential connection constraints.
Closing Insights
Founded in 2020, Glint Solar has expanded its geographic reach, with customers operating across more than 35 countries. Its platform includes built-in geospatial datasets for 35 countries, with particularly extensive coverage in Germany (350+ layers), Italy (200+), France (150+), and the UK (150+). The company also reports more than 480 layers for the United States. Beyond these markets, users can work with global solar irradiance and terrain data alongside their own GIS datasets. However, the availability and depth of local regulatory and infrastructure data vary by country. Prospective users should confirm country-specific data coverage, available modules, and licensing arrangements directly with Glint Solar.