Turning Highway Airflow
Into Clean Roadside Power
A compact hybrid wind-solar micro-power unit designed for Indian highway environments, toll plazas, fuel stations, EV charging sites, CCTV, signage, sensors and roadside lighting.
2m x 1.5m
Pilot Configuration
Hybrid
Wind + Solar + Battery
90-Day
Measured Pilot
IoT
Monitoring Ready
Built for measured pilots, site-specific validation, and scalable roadside renewable deployment.
Highways Are Getting Smarter. Their Power Must Too.
Modern highways need energy for lights, cameras, signboards, emergency systems, IoT sensors and EV-support infrastructure. Many roadside loads are small but critical.
Limited Low-Wind Solutions
Lack of scalable, small-scale wind tech for roadside and off-grid deployment across India's diverse terrain.
Intermittency Issues
Standalone solar fails during night, rain, and overcast conditions, disrupting critical infrastructure services.
Structural Barriers
Conventional HAWTs are land-intensive, height-restricted, and require complex ongoing maintenance.
Technical Hurdles
Existing VAWT designs struggle with self-starting in low-wind conditions, limiting practical adoption.
A Local Renewable Unit for Roadside Infrastructure
Our system supports local loads through a hybrid wind-solar-battery architecture, designed specifically for controlled roadside environments.
Compact VAWT Architecture
Works with changing wind directions and roadside turbulence through a vertical-axis rotor system.
Hybrid Solar Support
Improves daytime generation and reduces reliance on wind-only conditions for more reliable daily availability.
Battery-Backed Operation
Supports evening and nighttime loads depending on battery sizing for continuous infrastructure support.
Monitoring-Ready
Pilot data can include wind, RPM, energy, battery and uptime metrics for performance reporting.
Safe performance wording: Energy output is site-dependent and varies with wind speed, traffic density, placement, solar exposure and load profile. Final performance claims should be based on measured pilot data.
Where It Works
EV Charging Sites
Support auxiliary loads and sustainability branding around EV infrastructure.
Toll Plazas
Evaluate controlled-area renewable support for lighting, cameras, and sensors.
Smart Infrastructure
Round-the-clock power for IoT, lighting and roadside sensors.
Fuel Stations
Use local hybrid renewable power for lights, signage, CCTV and auxiliary loads.
Validate Before You Scale
Start with a 90-day measured pilot. Validate output, uptime, safety and site suitability before scaling across multiple locations.