Discover BROAD’s Aluminum Wind Power technology, featuring innovative aluminum-alloy wind turbine blades, modular transportation, and advanced installation solutions designed to support efficient and sustainable wind energy development.
Introducing BROAD Aluminum Wind Power
As the world accelerates its transition toward renewable energy, wind power continues to play an important role in building a cleaner and more sustainable energy future.
To address the growing demand for innovative wind energy solutions, BROAD Harvest Power introduces its Aluminum Wind Power technology, an advanced wind turbine concept featuring innovative aluminum-alloy blade construction.
Designed around strength, transport efficiency, installation flexibility, and recyclability, this technology offers a different approach to conventional wind turbine blade design.
Its core innovation is an aluminum-alloy Core Slab double-layer blade structure reinforced with carbon fiber ropes, developed to deliver strong structural performance while supporting more practical transportation and installation.
What Makes BROAD Aluminum Wind Power Different?
BROAD Aluminum Wind Power focuses on six key product advantages: strength, transportation efficiency, installation capability, durability, recyclability, and environmental performance.
1. Innovative and Strong Aluminum-Alloy Blades
The technology features an original aluminum-alloy Core Slab double-layer blade design reinforced with carbon fiber ropes.
According to BROAD Harvest Power, the blade structure is designed to provide high strength and resistance to typhoons.
This innovative approach aims to address structural and environmental challenges associated with large wind turbine blades.
2. More Efficient Transportation
Large wind turbine blades can create significant logistical challenges because of their length and transportation requirements.
BROAD’s aluminum-alloy blades are designed to be transported in sections sized for container dimensions. This approach can help simplify logistics and reduce transportation costs.
The brochure highlights transportation dimensions of approximately 12.2 × 2.4 × 3 metres, based on standard 40-foot container dimensions.
3. Advanced Installation for High Wind Towers
Installing high wind turbine towers can require specialized lifting and construction equipment.
BROAD introduces a proprietary self-climbing crane concept designed to support the construction of high towers and enable wind farm development in different locations.
This approach is intended to make high-tower installation more practical and flexible.
4. Designed for Long-Term Durability
BROAD specifies aluminum alloy blade material with a design durability of up to 50 years.
The company states that this durability can support a return on investment (ROI) twice that of traditional wind power.
Actual service life and financial returns depend on wind conditions, project design, maintenance, operating performance, and total project costs.
5. Recyclable Aluminum Material
Sustainability is a key part of BROAD’s aluminum wind power concept.
Unlike conventional fiberglass-based blade materials, aluminum is recyclable. BROAD positions this material choice as a way to address the environmental challenges associated with fiberglass waste and disposal.
Material recovery and recycling outcomes depend on the available recycling infrastructure and end-of-life processing.
6. Environmental Benefits and Carbon Offset Potential
BROAD states that the carbon emissions associated with the production, operation, and installation of one wind power set can be offset in approximately half a year of operation.
This highlights the company’s focus on renewable energy solutions designed to contribute to long-term emissions reduction.
Actual carbon payback periods depend on manufacturing processes, transportation, installation, operating conditions, and the electricity generation mix being displaced.
BROAD Aluminum Wind Power Product Models
BROAD’s brochure presents two product models: F8 and F30.
| Product Specification | F8 | F30 |
|---|---|---|
| Rated Power | 8 MW | 30 MW |
| Rotor Diameter | 160 m | 320 m |
| Tower Height Options | 212 / 153 / 106 m | 307 / 236 / 189 m |
| Blade Material | Aluminum Alloy | Aluminum Alloy |
| Shipping Dimensions | 12.2 × 2.4 × 3 m | 12.2 × 2.4 × 3 m |
These models provide different rated power and rotor diameter configurations for wind energy project planning.
The appropriate model depends on project capacity requirements, wind resources, site conditions, grid connection, logistics, and engineering assessment.
Supporting the Future of Renewable Energy
Wind power development requires more than turbine capacity. Blade materials, transportation, installation methods, durability, and end-of-life considerations all influence the overall performance and sustainability of a wind energy project.
BROAD Aluminum Wind Power brings these considerations together through its aluminum-alloy blade concept and installation technology.
By focusing on material innovation and modular transportation, BROAD Harvest Power aims to offer an alternative approach to wind turbine development.
Building a Greener World with BROAD Harvest Power
The global energy transition requires technologies that combine engineering innovation with practical project implementation.
Through Aluminum Wind Power, BROAD Harvest Power explores how aluminum-alloy materials, innovative blade structures, and advanced installation methods can contribute to the next generation of wind energy solutions.
Discover BROAD Aluminum Wind Power and explore innovative possibilities for your renewable energy projects with BROAD Indonesia.