🎯 Key Takeaway

• HAWT is the proven architecture for mainstream wind corridors

• Ring-Track VAWT is designed for harder, underserved wind environments

• Our goal is not to replace every HAWT, but to unlock sites conventional wind often leaves behind

VAWT vs. HAWT
Executive Comparison for Investors and Strategic Partners

Conventional HAWT systems work well in large, open, and stable wind corridors. Our Ring-Track VAWT platform is designed to expand where wind power can be deployed economically — especially in sites where logistics, maintenance, or wind conditions make conventional architectures harder to justify.

Ring-Track VAWT Platform Conventional HAWT

Low-profile, modular wind architecture Mature mainstream architecture

Ground-accessible or protected maintenance approach Strong fit for large, stable wind corridors

Designed for constrained and maintenance-sensitive sites Relies on tall-tower installation and high-elevation maintenance access

Better aligned with turbulent, gusty, and multi-directional wind environments Best suited for standardized utility-scale deployment

Supports staged validation and modular scale-up Backed by established supply chains

Built to expand where wind power can economically work Optimized for conventional project environments

What We’re Building

We are developing a modular vertical-axis wind platform designed for low-wind, turbulent, and maintenance-constrained sites where conventional turbines often struggle.

Why It Matters

• Starts in low wind with hybrid-assisted drive

• Designed for turbulent and hard-to-serve environments

• Ground-level maintenance approach

• Built to displace diesel in remote and industrial sites

Key Metrics

• Cut-in wind: 1.5–3 m/s

• Per-MW annual impact: ~2,100 tCO₂e avoided

• Diesel displaced: ~900,000 L/year

Market Focus

TAM

Wind-rich, diesel-reliant remote, island, industrial, and port sites globally

SAM

Canada, Nordics, and selected coastal and island markets with policy support

SOM

First-wave 1–3 MW deployments through community, port, and microgrid partners

Business Model

• Electricity sales

• Carbon floor / carbon-linked revenue pathways

• Future platform licensing and multi-site deployment

18–36 Month Roadmap

• 0–12 months: design, prototype fabrication, controls validation

• 12–24 months: 1-MW demonstration site and commissioning

• 24–36 months: production ramp and multi-site deployment