Vertical Wind Turbine Articles & Technical Studies | Mundo-Power Blog
TOPIC ARCHIVE • VAWT TECHNOLOGY & CIRCULAR REPOWERING

Vertical Wind Turbine Research Hub

Engineering evaluations of omnidirectional wind capture, noise elimination, wildlife safety, Arctic climate survival down to –45°C, and second-life tower conversions via Project: Re-Wind.

All Vertical Wind Turbine Publications

Showing 9 published articles on VAWT technology and case studies.

Retrofitting Aging Wind Turbines with Vertical-Axis Systems VAWT Technology

Retrofitting Aging Wind Turbines with Vertical-Axis Systems

Project Re-Wind applies a circular, modular repowering approach, retrofitting legacy steel towers with vertical-axis wind turbines instead of expensive demolition.

When Wind Turbines Fail: The Reliability Advantage of VAWTs VAWT Technology

When Wind Turbines Fail: The Reliability Advantage of VAWTs

Because vertical-axis wind turbines feature direct-drive generators and no complex pitch gearboxes, they deliver superior reliability when conventional turbines fail.

Madison's Wind Farm: Pioneer Project to Circular Second Life VAWT Technology

Madison's Wind Farm: Pioneer Project to Circular Second Life

A historical study of New York’s pioneering Madison wind farm, examining how early commercial horizontal turbines paved the way for modern circular repowering.

On-Site Wind Turbine System: Six Contained Installation Steps VAWT Technology

On-Site Wind Turbine System: Six Contained Installation Steps

Mundo-Power’s 6.25 kW vertical wind turbine generator installs in six contained steps without prolonged concrete curing pauses or specialized heavy crane permits.

Giving Wind Farms a Second Life: Mundo-Power Retrofit Solution VAWT Technology

Giving Wind Farms a Second Life: Mundo-Power Retrofit Solution

Discover how Project Re-Wind replaces high-maintenance nacelles with circular vertical turbines, cutting repowering CAPEX by up to 60% while saving steel towers.

Six Steps to First Power: On-Site Wind Installation Guide VAWT Technology

Six Steps to First Power: On-Site Wind Installation Guide

A practical guide for facility directors evaluating on-site wind generation. Review permitting timelines, shadow flicker elimination, and battery storage integration.

Why Hybrid Vertical-Axis Wind Turbines Outperform Traditional Systems VAWT Technology

Why Hybrid Vertical-Axis Wind Turbines Outperform Traditional Systems

Traditional horizontal turbines struggle in turbulent, shifting winds. Review the aerodynamics that give hybrid VAWTs an efficiency edge in real-world turbulence.

Why Southwestern Ontario Said No to Big Wind Turbines VAWT Technology

Why Southwestern Ontario Said No to Big Wind Turbines

Community pushback against massive horizontal wind farms centered on noise and land use. See how compact, whisper-quiet vertical turbines restore local acceptance.

Why Renewable Energy Systems Often Fail in Extreme Climates VAWT Technology

Why Renewable Energy Systems Often Fail in Extreme Climates

Examine why horizontal turbines and solar panels struggle in subzero Arctic conditions, and how Mundo-Power vertical turbines operate reliably from -45°C to +50°C.

CIRCULAR ECONOMY • PROJECT: RE-WIND

Have Aging Wind Turbines Facing Costly Decommissioning?

Reuse your existing tower, foundation, and grid interconnection. Project: Re-Wind replaces high-maintenance gearboxes with compact, modular vertical-axis turbines.