Voltify provides a complete energy ecosystem for freight rail, converting existing diesel locomotives into battery‑electric units retrofitted during standard overhauls and supplying on‑route, autonomous overhead charging that keeps trains moving at normal speed. The platform also deploys corridor‑scale microgrids with renewable generation and an AI‑driven management layer to deliver grid‑independent, clean power to rail operators and industrial facilities along the rail line.
Funding
$2.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Freight rail in the United States remains largely diesel‑powered because traditional electrification requires extensive infrastructure, high capital cost, and coordination with multiple private owners. This limits the ability to reduce emissions and to integrate renewable energy into rail operations.
Solution
Voltify creates a complete energy ecosystem for freight rail that replaces diesel locomotives with battery‑electric units retrofitted during standard overhauls. The system includes autonomous overhead chargers that deliver high‑power energy to trains while they travel at normal speeds, eliminating downtime. Voltify also deploys microgrid installations and renewable generation along rail corridors, providing grid‑independent power to factories, mines, and rail yards. An AI‑driven control layer optimizes energy flow, balances supply from renewables, and manages charging schedules to maximize efficiency and reliability across the network.
Target Audience
Primary customers are freight rail operators and railroad owners seeking to replace diesel fleets, as well as industrial facilities (factories, mines, rail yards) located along rail corridors that need reliable, renewable, grid‑independent power.
Features
- Battery‑electric locomotives built from existing diesel units, enabling a zero‑diesel transition without new rolling stock
- Autonomous overhead charging infrastructure that delivers high‑power energy on‑the‑move, allowing continuous operation
- Corridor‑scale microgrids that supply grid‑independent electricity to industrial customers and rail facilities
- Integrated renewable generation (solar, wind) along the rail line to provide clean, local power
- AI‑based energy management platform that optimizes charging, storage, and distribution in real time
- Scalable network architecture that turns existing rail infrastructure into a distributed energy grid