EV charging projects require extensive early-stage engineering to create site layouts, infrastructure designs, and cost estimates, leading to high upfront costs and slow iteration cycles. This delays decision-making for charge point operators, EPC firms, and contractors, and increases the risk of budget overruns.

Monterra provides an AI‑driven platform that lets users generate EV charging site concepts directly on satellite imagery or uploaded plans. The tool automatically produces layout designs, infrastructure configurations, and real‑time cost estimates across equipment and grid scenarios, eliminating the need for separate engineering tools. Users can instantly explore multiple design alternatives, compare grid constraint options, and see updated budgets as they draw, reducing underwriting risk before committing engineering resources. The platform also auto‑creates deliverables such as proposals, bills of materials, single‑line diagrams, and RFQs, streamlining the handoff to contractors and utilities. Integrated field data collection and AI‑based project tracking keep information organized throughout the development lifecycle.

AI‑generated site layouts and infrastructure schematics on satellite imagery or uploaded site plans

Real‑time cost modeling that updates budgets as designs are modified, covering equipment and grid scenarios

Rapid iteration of multiple design alternatives with instant comparison of layout and grid constraints

Automated production of proposals, bills of materials, single‑line diagrams, and RFQs in minutes

Built‑in field data collection tools and AI‑driven project information tracking for seamless workflow management

Monterra serves charge point operators, EPC firms, developers, and contractors who need to design, budget, and propose EV charging sites quickly and efficiently.