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.
WindRotor Bolotov systems are engineered for autonomous energy generation in telecom towers, hybrid microgrids, and remote environments where reliability matters most.
The WRTB is a next-generation vertical-axis wind turbine engineered for distributed energy, urban environments, and some of the world’s harshest climates.
Our competitive edge comes from a groundbreaking omnidirectional counter-rotating design that captures more energy from variable winds while delivering superior durability, safety, and autonomous operation.
This inherent simplicity eliminates the constant protection and intervention required by traditional propeller turbines. The result is a system designed to perform with greater consistency in real operating conditions.
Our flagship WRTB-2M turbines include 2.5 kW, 5 kW, and 10 kW solutions. Originally developed by scientists Sergey Bolotov and Academician Albert Bolotov (Patent No. 20572), this technology has been manufactured in-house since the 1990s.
These turbines operate in extreme conditions worldwide, from Arctic cold to desert heat and high-altitude mountains. They have proven their resilience by withstanding hurricane-force winds exceeding 44 m/s.
Since 2010, we have deployed over 390 turbines and continuously refined the technology through real-world performance, not laboratory theory alone.
From concept to installation, we maintain full control over design, engineering, and production of the WRTB system.
We design, engineer, and manufacture the core components of the system in-house - including the turbine, proprietary generators, and intelligent control systems.
This vertical integration ensures consistent quality across every stage of production, from engineering to final assembly, while enabling full optimization of system performance and durability.
By manufacturing critical components such as generators and controllers in-house, we eliminate compatibility risks and reduce dependency on third-party suppliers.
Integrated development allows us to continuously refine system efficiency and adapt configurations to specific environmental and operational requirements.
Our internal engineering and production capabilities enable fast customization and adaptation for unique infrastructure and client needs.
Selecting a wind power solution for critical infrastructure is not just a comparison of energy output. It is a strategic choice between two fundamentally different engineering philosophies.
The core question is no longer “which turbine is better?” but “which solution is engineered for the operating reality of the site?”
Traditional horizontal-axis turbines are designed as standalone generators that depend on clean, laminar wind flow and dedicated open-space installation.
The WRTB is engineered as a resilient, infrastructure-ready system built to perform in turbulent and variable wind conditions without constant intervention.
Choose a conventional HAWT when the site is open, unobstructed, and optimized for ideal-condition output, with resilience treated as a secondary concern.
Choose the WRTB VAWT when the priority is durable, low-maintenance, autonomous energy for remote, harsh, or complex operating environments.
In that context, the WRTB is not just another turbine. It is a shift from a vulnerable add-on generator to a self-powered, resilient structural component.
We welcome the opportunity to provide a detailed, data-driven analysis tailored to your site parameters, infrastructure requirements, and long-term performance objectives.
