Feasibly
Feasibly provides AI-powered GIS agents that automate planning, grid, and geospatial analysis for renewable energy site development. The platform evaluates any location in minutes, replacing weeks of manual technical assessments. It targets developers who need rapid, data-driven site feasibility screening before committing capital to projects.
- Artificial Intelligence
- AI Agents
- Data & Analytics
- Clean Technology
- Energy
- Software Only
Funding
Founders
Product
Problem
Renewable energy developers must manually assess multiple technical constraints—grid connection capacity, planning restrictions, and geospatial suitability—before committing to a site. These analyses typically require specialized GIS expertise, multiple software tools, and weeks of iterative work, creating a bottleneck in early-stage project development.
Solution
Feasibly deploys AI-driven GIS agents that automate planning, grid, and geospatial analysis for any renewable energy site in minutes. The platform ingests site coordinates and instantly runs a comprehensive suite of technical checks, including grid connection proximity, land-use restrictions, environmental constraints, and terrain suitability. Its agents synthesize results into a clear feasibility report, enabling developers to compare multiple sites rapidly and prioritize the most promising opportunities. The system continuously updates its analysis based on the latest planning and grid data, reducing the need for manual data collection and interpretation.
Target Audience
Primary users are renewable energy developers, project originators, and land acquisition teams who need fast, accurate site screening to build their development pipeline.
Features
- Automated grid connection analysis, including distance to substations and network capacity indicators
- Planning constraint screening against local zoning, protected areas, and environmental designations
- Geospatial terrain and land-use assessment for solar, wind, and battery storage suitability
- Parallel site comparison across multiple candidate locations in a single workflow
- AI-generated feasibility reports with clear visualizations and risk flags
- API access for integration into existing project development pipelines