About Us

About Megabiz Innovative Energy Solutions

From shutdown to storage or transfer, we manage every detail, including blanking and inhibiting as needed. By meticulously following turbine removal protocols, we ensure that installation parameters are accurately documented and aligned with OEM specifications for future reference.

Successful re-commissioning and ongoing operation of the turbine depend on strict adherence to established procedures, whether you are installing a spare unit, leasing, or utilizing a fully overhauled turbine. You can trust us to handle the installation process and adapt the re-commissioning criteria to suit the specific type and function of your turbine.

Before finalizing the handover for operational use, our engineers will collaborate with your team on-site to guarantee that the reinstalled equipment is securely and satisfactorily commissioned within the required parameters.

Our field service solutions are designed to support your maintenance schedule and prolong the lifespan of your equipment—an essential part of our mission at Gas Turbine Solutions. We offer a diverse array of maintenance services to the global power generation, oil and gas, and petrochemical sectors, combining the latest OEM standards with our extensive expertise.

We are here to guide you on the specific requirements for each task and ensure timely completion that aligns with your operational needs. During inspections, we will have all necessary spare parts readily available and can expedite additional spares for any unforeseen issues, ensuring your equipment is back in operation swiftly.

Technology Development Trend

At Megabiz Innovative Wind Energy Solutions, our focus on technology and development trends is driving the future of renewable energy. By leveraging advanced research and cutting-edge engineering practices, we are committed to pushing the boundaries of wind turbine efficiency and performance. Our ongoing R&D initiatives are centered on enhancing aerodynamic designs, integrating smart control systems, and utilizing sustainable materials. We are also exploring the implementation of data analytics and IoT (Internet of Things) technologies to optimize turbine monitoring and maintenance, ensuring peak performance and reliability. As global demand for clean, efficient energy solutions grows, Megabiz is positioned to lead the market with innovative products that not only meet but exceed the expectations of our customers, contributing to a sustainable energy future.

Stage 1

Initial Prototype

(2018)

Stage 2

Research 20KW Turbine

(2019)

Stage 3

Redesigned Second Prototype

(2022)

Stage 4

Third Prototype with Optimized Duct and Triple Rotor (2023)

What Makes Us Innovative

At Megabiz Innovative Wind Energy Solutions, we lead the way in redefining innovation in the wind energy industry. Our flagship triple rotor technology enhances energy efficiency beyond traditional turbines, while our cutting-edge wind-boosting structures optimize airflow for maximum energy capture. We prioritize sustainability through the use of eco-friendly materials and smart manufacturing techniques. Our commitment to innovation drives us to collaborate with research institutions to explore emerging technologies, ensuring we meet the evolving needs of our customers and contribute to a cleaner, more sustainable future.

Advanced Blade Design

Prior to the final handover to you for operational services, our engineers can work with you on-site to ensure t reinstalled equipment is commissioned securely and satisfactorily within the necessary parameters.

Special Duct Design

The combination of tailor-made duct and special multiple rotors significantly reduces the required swept area. While standart 20KW commercial wind turbines harvest energy with a minimum swept area of 75M2, this unique design extracts a similar amount of energy with just 19.6M2.

Co-Rotating Generator

Innovative design of co-rotating rotor and stator in generator side reduce rotating part's speed up to 50%

Sustainability Focus

This turbine uses materials that are both durable and environmentally friendly, reducing the carbon footprint associated with production and maintenance