Blai Pié i Valls
CEO
OG
Optimized Generators
Optimized Generators develops a lightweight, modular drive‑train for wind turbines that reduces generator weight by about 30%, cutting construction, maintenance and LCOE costs. The design improves air‑gap stability, enabling smaller air gaps and easier scalability to high‑power ratings. Its modular architecture simplifies assembly, repair and allows broader supplier participation, extending turbine service life and supporting offshore and onshore wind applications.
Updated 7 months ago
Funding
Funding rounds are not available yet.
Founders
Product
Problem
Traditional wind turbine drive-trains are often heavy and costly to manufacture, assemble, and maintain, particularly in offshore applications. This weight and complexity can limit scalability and increase the levelized cost of energy (LCOE).
Solution
Optimized Generators offers a lightweight, modular drive-train design that significantly reduces the overall weight and associated costs of wind turbine generators. The design enhances air-gap stability, enabling easier scalability for high-power applications and improving competitiveness. Its modularity facilitates simpler assembly, maintenance, and repair processes, potentially reducing the need for specialized heavy-lift equipment and extending the turbine's operational lifespan. This approach aims to lower LCOE and reduce CO2 emissions.
Target Audience
The primary target audience includes wind turbine manufacturers and developers, particularly those focused on offshore wind applications, seeking to reduce costs and improve the scalability of their turbine designs.
Features
- Achieves approximately 30% reduction in drive-train weight, leading to cost savings in downstream components like towers and foundations.
- Features improved air-gap stability, allowing for reduced air-gap length and savings in active materials.
- Design is more easily scalable and competitive at high power ratings due to air-gap stability being less dependent on diameter.
- Modular construction simplifies assembly, maintenance, and repair, reducing reliance on heavy-lift cranes or port facilities.
- Enables a broader supplier panel by allowing segmented manufacturing with lower tolerance requirements.
- Facilitates increased service life through easily exchangeable mechanical components like bearings.