WindRotor Bolotov
Advanced vertical-axis wind turbine systems for autonomous infrastructure and hybrid energy solutions.
Advanced vertical-axis wind turbine systems for autonomous infrastructure and hybrid energy solutions.
The WRTB product line is built around low-noise operation, resilient performance, and hybrid-ready configurations for remote infrastructure, telecom, and off-grid applications.
A compact modular multiblade vertical-axis system designed for reliable operation in variable wind conditions and hybrid off-grid use.
Achieving true energy independence requires technology forged in extreme conditions. Our flagship vertical-axis wind turbine is a purpose-built power solution, proven to provide reliable, autonomous operation for critical infrastructure.
Designed and manufactured in-house, the turbine incorporates proprietary technology and unique know-how developed over decades. Its advantage lies in the synchronized performance of three main systems.
A 5 kW vertical-axis wind turbine developed for remote industrial sites, large off-grid properties, agricultural operations, and mission-critical telecommunication infrastructure.
The WRTB-2M-5000 is engineered for high reliability and fully automatic operation in harsh conditions. Advanced aerodynamics paired with Maximum Power Coefficient Tracking (MPCT) support energy harvest across a wide range of wind speeds.
Most critically, the system is designed to maintain controlled power generation up to its full 5 kW rating even during extreme weather events, delivering superior uptime and peace of mind.
Two versatile tower configurations are engineered specifically for VAWT installations at a 5–6 meter elevation. This universal support structure is available in robust four-leg or six-leg designs.
The integrated platform is designed to accommodate a double-stack turbine array, solar panels, and a compact electrical enclosure, creating a single unified structure for hybrid renewable energy generation.
This approach supports installation efficiency, structural coherence, and better integration of wind, solar, and control components into one operating system.
