MODULAR WIND TURBINE BLADES
A major barrier to wind energy adoption today is accessibility. Conventional turbine blades, often longer than 80 meters, are extremely difficult to transport to remote or hard-to-reach locations. As a result, many regions with strong wind potential remain untapped simply because the infrastructure cannot support delivery and installation of such oversized components.
Our solution is a modular blade system, where each blade is manufactured in three sections that can be easily transported on standard trucks or even smaller vehicles. Once on-site, the segments are reassembled with minimal tooling requirements, enabling rapid deployment even in locations that were previously inaccessible to large-scale wind power.
This modular approach unlocks new opportunities for wind energy in:
Mountainous regions with narrow roads.
Remote communities without heavy transport infrastructure.
Offshore projects where logistics are a major cost driver.
In addition, we integrate our pressurized carbon fiber production method, creating blades that are not only easier to transport and assemble, but also stronger, lighter, and longer-lasting. This reduces material waste and extends operational life, ensuring turbines remain productive in challenging environments.
With modular blades, wind power can finally reach places where it was once impossible, expanding renewable energy access and accelerating the global energy transition.
Modular Wind Turbine Blades
A major barrier to wind energy adoption today is accessibility. Conventional turbine blades, often longer than 80 meters, are extremely difficult to transport to remote or hard-to-reach locations. As a result, many regions with strong wind potential remain untapped simply because the infrastructure cannot support delivery and installation of such oversized components.
Our solution is a modular blade system, where each blade is manufactured in three sections that can be easily transported on standard trucks or even smaller vehicles. Once on-site, the segments are reassembled with minimal tooling requirements, enabling rapid deployment even in locations that were previously inaccessible to large-scale wind power.
This modular approach unlocks new opportunities for wind energy in:
Mountainous regions with narrow roads.
Remote communities without heavy transport infrastructure.
Offshore projects where logistics are a major cost driver.
In addition, we integrate our pressurized carbon fiber production method, creating blades that are not only easier to transport and assemble, but also stronger, lighter, and longer-lasting. This reduces material waste and extends operational life, ensuring turbines remain productive in challenging environments.
With modular blades, wind power can finally reach places where it was once impossible, expanding renewable energy access and accelerating the global energy transition.
MODULAR WIND TURBINE BLADES
A major barrier to wind energy adoption today is accessibility. Conventional turbine blades, often longer than 80 meters, are extremely difficult to transport to remote or hard-to-reach locations. As a result, many regions with strong wind potential remain untapped simply because the infrastructure cannot support delivery and installation of such oversized components.
Our solution is a modular blade system, where each blade is manufactured in three sections that can be easily transported on standard trucks or even smaller vehicles. Once on-site, the segments are reassembled with minimal tooling requirements, enabling rapid deployment even in locations that were previously inaccessible to large-scale wind power.
This modular approach unlocks new opportunities for wind energy in:
Mountainous regions with narrow roads.
Remote communities without heavy transport infrastructure.
Offshore projects where logistics are a major cost driver.
In addition, we integrate our pressurized carbon fiber production method, creating blades that are not only easier to transport and assemble, but also stronger, lighter, and longer-lasting. This reduces material waste and extends operational life, ensuring turbines remain productive in challenging environments.
With modular blades, wind power can finally reach places where it was once impossible, expanding renewable energy access and accelerating the global energy transition.