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Distributed renewable energy

2× the energy. Zero extra land.Turbulent wind and tracking solar on land already in use

AEROGRID arrays installed beneath an existing row of utility wind turbines, sharing the same landAEROGRID arrays installed beside a data-center campus on land that would otherwise hold solar fieldsA long AEROGRID array installed alongside an airport runway, with an aircraft taxiing beyondAEROGRID arrays installed along the lawns of a Vantage data-center campusConcept visualization of a floating AEROGRID barge — stacked hexagonal wind units under a solar canopy, moored in a harbour

AEROGRID® Micro-Wind Solar Hybrid

A breakthrough hybrid platform built on patented aerodynamic technology — harvesting the turbulent ground-level wind that exists across most of the populated world, and pairing it with sun-tracking solar for 24/7 power generating.

Modular arrays deploy along runways, highways, industrial sites and urban edges — land already in use.

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$0.08/kWh

Targeted LCOE

$0.07 at MW scale

24/7

Generation window

Wind 24/7, day and night, with daily solar and battery backup

25year

Hands-free service warranty

Auto-renews compounding annually

4×

Energy density

vs. solar panels by area

AEROGRID vs Solar

AEROGRID produces 4.3GWh per year from our 1MW installation on one quarter of the footprint; whereas solar can only produce 2.8GWh per year with a 4× bigger footprint — making AEROGRID 4× denser and 54% more productive than solar.

AEROGRID® Hybrid — 1 MW1,800 m² · 4.32 GWh/yrSolar PV — 1 MW5,000 m² · 2.87 GWh/yrSame scale · 50 m
Both drawn to the same scale. AEROGRID deploys as a 3 m-deep line — 600 m of it makes a megawatt — shown here folded into three 200 m rows. Solar needs a 5,000 m² field for the same nameplate and still produces a third less.

Technology owner, manufacturing partners & research

  • Katrick Technologies

    Technology owner

    Inventor and patent holder of the zero-rotary aerofoil oscillation platform behind every AEROGRID Hex Unit.

  • Bosch

    Industrialization for Katrick

    Engineering partner on the Commercial Validation (TRL6) pathway — taking the platform from prototype to production-grade hardware, on their terms.

  • CP Asia Group

    Refinement, manufacturing & deployment

    Owner of the AEROGRID programme, the Huizhou Validation Center and the 2027 mass-production queue for Vanguard partners.

  • University of Strathclyde

    Research

    Academic research partner on ground-level turbulent wind measurement and aerofoil performance.

The challenge

The world has been measuring the wrong wind

Conventional wind relied on MET data averaged over long intervals — a smooth profile that hides the real energy in ground-level turbulent gusts.

What MET data shows

  • 1-hour averages flatten gust energy
  • Smooth profiles look commercially weak
  • Devices designed for the wrong wind

What was missed

  • Ground-level turbulent gust energy
  • Vortex paths and micro-events
  • Abundant usable wind in populated regions

MET data · 1-hour average

0.00kWh so far

What the averaged data would have you believe

Katrick · 1-second sampling

0.00kWh so far

What the turbulence actually delivers

—

more energy in the same wind

048121612 AM6 AM12 PM6 PM12 AM12:00 AMWind speed (m/s)

Programme footprint

Where AEROGRID is being validated and deployed

One validation center, one technology base, and Showcase territories on three continents — all on the ground-level wind that is routine across most of the populated world.

Huizhou · Commercial ValidationGlasgow · Katrick, StrathclydeThailand · ShowcaseMiddle East · VanguardCanada · ShowcaseUS · Showcase
Land Validation, Showcase & Vanguard locations

~80%of the globe sees routine 4 m/s ground-level gusts

Stylised map of programme locations — the Huizhou Validation Center, the Glasgow technology and research base, and the Showcase and Vanguard territories opening from December 2026.

Technology

The AEROGRID® system

Zero-rotary aerofoil oscillation with integrated sun tracking. Patented hexagonal ducted panels harvest turbulent ground-wind through rapid aerofoil oscillation — gusts of 4 m/s are abundant across ~80% of the globe.

Core advantages

  • No rotating components — oscillating aerofoils
  • Modular panels — urban, highway, airport, industrial, communities, almost anywhere
  • 25+ year service and warrantied lifespan
  • Daily sun tracking boosts solar up to 30%
Explore the technology
Dimensioned render of an AEROGRID wind-solar hybrid array, 8,000mm wide, 5,000mm tall and 3,000mm deep

Economics

Economic benchmarks — LCOE & land use

AEROGRID® Levelised Cost of Energy (LCOE) sits below competing technologies and well below typical grid strike prices — before fuel or grid inflation. Commercial Validation proves it; the advantage compounds over the asset life.

$0.08

AEROGRID® LCOE/kWh

Hybrid + tracking + minimal battery CAPEX

24/7 basis including battery replacement

$0.10

Solar Panel LCOE/kWh

24/7 basis including battery replacement

$0.46

Diesel Generation

Fuel + maintenance and replacement dominate lifetime cost

Bankability

Financial architecture — solar arbitrage

A 24/7 generation profile changes what lenders and offtakers will underwrite.

AEROGRID® Hybrid

  • 24-hour window from turbulent airflow + solar arbitrage
  • 24/7 generation profile improves bankability & PPAs
  • Battery CAPEX cut ~80% vs solar PV for 24/7
  • 4× energy density by area vs solar
  • With minimal battery storage

Conventional renewables

  • Solar drops to zero at night and under cloud
  • Needs expensive batteries to smooth delivery
  • Battery storage for solar installations adds $250++/kWh to project cost
  • Solar requires 4x landuse for equivalent energy production

Industrialization

Precision engineering & scalability

The Katrick-Bosch partnership has elevated the technology from prototype to meaningful reality. CP Asia has fast-tracked deployment, wrapping up commercial validation and kicking off refinements to hit mass production by 2027.

Mass-production readiness

By leveraging the scale and flexibility of its China supply chain, CP Asia will enter the mass production queue ahead of schedule. The company has prioritized its initial 100MW of 2027 production capacity for its Vanguard Integration Partners, securing them a critical first-mover advantage.

Timeline

Validation to MW purchase order

The programme runs from commercial validation in Huizhou to MW-scale commercialization in 2027.

  1. Q4 2025

    Vanguard Programme goes live

    Vanguard Programme live — MENA, North America & Asia integration partners for validation invite

  2. Q1 2026

    Refinement pathway locked

    LCOE modeled to $0.08/kWh hybrid target

  3. Aug–Sep 2026Current

    Validation Center opens in Huizhou

    CP Asia Validation Center, Huizhou — Vanguard Agreements

  4. Oct–Nov 2026

    Site & yield assessment

    Site & yield assessment — wind mapping, LCOE, grid plan

  5. Dec 2026

    Showcase arrays ship

    Showcase arrays ship; Bosch Commercial Validation (TRL6) pathway + CP Asia refinements signal MW scale production

  6. 2027

    MW-scale production

    MW-scale production queue & commercialization

Profit with purpose

Partner with purpose.

The Vanguard Programme offers exclusive territory partners early access to the 2027 production queue.

Request the Vanguard briefInvestor relations
Unlock US$25M Year-1 new revenue
Exclusive territory partner, revenue economics from deployment year.
25-year compounding service income
Local service partner revenue compounding across the warrantied asset life.
Measurable ESG impact
Firm renewable generation in populated, land-constrained regions.