Elbwire provides an AI‑driven platform that automates the design of EV charging stations, solar arrays, and stationary battery storage. Users input project parameters and receive multiple cost‑efficient, high‑utilization configurations with instant re‑optimization and exportable reports, speeding up planning for energy consultants and developers.
Funding
Funding not disclosed
Founders
Product
Problem
Planning electric vehicle charging stations, photovoltaic installations, and stationary battery storage requires detailed engineering calculations and iterative design, which can be time‑consuming and prone to sub‑optimal cost or utilization outcomes.
Solution
Elbwire offers an AI‑driven software platform that streamlines the design of EV charging infrastructure, solar arrays, and battery systems. Users input key project parameters—such as vehicle fleet size, number of charging points, desired solar capacity, and storage requirements—and the engine instantly generates multiple optimized configuration options. The platform ranks solutions by criteria like cost efficiency and asset utilization, allowing planners to quickly compare alternatives. Results can be reviewed and fine‑tuned within the same interface, accelerating the planning cycle and reducing reliance on manual engineering effort.
Target Audience
The primary users are EV charging network planners, solar developers, and energy consultants who need rapid, data‑driven designs for multi‑technology energy projects.
Features
- AI optimization engine that produces several design scenarios in seconds based on user‑provided project data
- Cost‑efficiency and utilization ranking to highlight the most economical and highest‑performance configurations
- Integrated modeling of EV chargers, photovoltaic panels, and stationary battery storage within a single workflow
- Interactive result view that supports easy adjustments to parameters and immediate re‑optimization
- Exportable reports and data files for downstream engineering, permitting seamless handoff to detailed design tools