Hybrid Renewable Architecture for Roadside Loads

High-level system architecture: VAWT + solar + battery + IoT. Specific mechanical design, blade geometry, internal coupling, control method and component selection are proprietary.

How It Works

Safe Architecture Overview

Roadside airflow and natural wind are converted through a vertical-axis rotor system. Solar panels add daytime generation. Energy is conditioned, stored and supplied to local loads through a site-specific electrical configuration.

Wind Capture Unit

Vertical-axis rotor designed for roadside airflow conditions

Solar Input

Daytime photovoltaic generation integrated into the hybrid system

Battery Storage

Site-specific energy storage for evening and nighttime loads

Charge and Safety Management

Integrated charge control and safety management electronics

IoT Monitoring

Pilot-ready data collection for wind, energy, battery and uptime

Local Load Output

DC/AC conditioned output for site-specific infrastructure loads

Monitoring Data

Energy generated

Battery status

System uptime

Wind/site conditions

Maintenance events

Load usage pattern

Technology Notice

Specific mechanical design, blade geometry, internal coupling, control method and component selection are proprietary and shared only under controlled technical review.

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Public Disclosure Guidelines

Public phrase to use	Avoid this phrase
Vertical-axis rotor designed for roadside airflow conditions	Exact blade curvature/angle/gap/ratio details
Low-RPM generation architecture	Exact generator model, supplier and RPM curve
Integrated charge and safety management	Controller algorithm, wiring logic and firmware
Site-specific foundation and mounting approach	Foundation drawings and structural calculations
Monitoring-ready pilot system	Full telemetry schema and device firmware