Wind power generation using wind energy
Wind power generation converts wind energy into the rotational energy of turbine blades and then converts that rotational energy into electrical energy using a generator. Since wind energy increases in proportion to the cube of wind speed, wind turbines are installed in locations with favorable wind conditions.
Leveraging our extensive experience in wind power technology, Toshiba provides key equipment and solutions for wind power projects. In addition, Toshiba operates our own wind power generation business, giving us expertise from both the supplier's and operator's perspectives. By drawing on the strengths of both a supplier and an operator, Toshiba provides comprehensive solutions tailored to our customers' needs across a wide range of wind power applications.
Easy-installable/operable wind power plant with no need to worry about depletion
Introduction of wind power generation has been increasing in the world, which has the following characteristics:
- No CO2 emission
- Wind is a safe energy source existing everywhere, and there is no need to worry about depletion like fossil fuel
- Simple equipments and easy operation
- Few affection to nature environment
In the world today, progress of technologies to develop larger WTGs are remarkable, and it makes electric output per one WTG unit increased and large field of WTGs called "wind farm" has developed. Technologies of building offshore WTGs are progressing as well.
Toshiba wind power business
To meet customer needs, Toshiba provides comprehensive support across the entire lifecycle of wind power projects, from site assessment and project planning to system development, commissioning, and O&M services.
Comprehensive support from assigning candidate sites –Planning–
Toshiba provides comprehensive support from site selection and wind resource assessment to regulatory compliance and permitting, as well as engineering design. In addition, Toshiba provides solutions that combine wind power generation with energy storage systems and other technologies to improve power generation stability. For projects in complex terrain, we apply CFD-based micrositing to optimize turbine locations and maximize energy yield.
AI-Driven Wind Farm Layout Optimization Solution
With approximately 70% of its land area covered by mountains, Japan has limited suitable locations for onshore wind power development. Furthermore, wind farm design must take into account numerous factors, including extreme weather conditions such as typhoons, terrain and land-use constraints, and environmental and social considerations. Traditionally, determining the optimal turbine layout has been a time-consuming and labor-intensive process.
Using our AI-driven wind farm layout optimization tool, Toshiba can automatically generate turbine layouts that maximize power generation while meeting these complex site-specific requirements and constraints.
Wind Farm Construction Leveraging Manufacturer Expertise
By combining the advanced engineering capabilities developed through the construction of solar power plants and battery energy storage systems with our expertise as a manufacturer of wind turbines and electrical equipment, we deliver optimized design and construction solutions for entire wind power plants. From equipment specification optimization and construction method selection to project planning and execution, Toshiba achieves the best balance of quality, cost, and schedule, contributing to the reliable and successful completion of every project.
Power System Analysis for Long-Distance Grid Transmission
In recent years, not only offshore wind farms but also onshore wind farms are increasingly being developed at locations far from grid interconnection points. As transmission distances increase, various complex phenomena may arise, including harmonic resonance and voltage fluctuations associated with long private transmission lines. Toshiba provides comprehensive support ranging from power system analysis and identification of potential issues to the development of optimal mitigation measures and the supply of related equipment.
O&M Services Supporting the Reliable Operation of Wind Power Facilities
To ensure reliable operation and maximize energy output, Toshiba provides a full range of Operations & Maintenance (O&M) services, including remote monitoring, scheduled inspections, maintenance and repair, and spare parts management. Drawing on the expertise and proven track record gained from operating our own wind power assets, Toshiba improves asset reliability, minimizes downtime, and helps our customers maximize the value of their investments.
Toshiba is also advancing technologies such as automated drone-based inspection systems and digital O&M, enabling more accurate assessment of equipment conditions and enhanced predictive maintenance capabilities.
Toshiba Digital O&M Solutions
- Enable advanced operation and maintenance of renewable energy assets, including wind power facilities, through digital O&M solutions.
- Support reliable operation through integrated management of asset, weather, and operational data, combined with real-time remote monitoring and early detection of abnormal conditions.
- Contribute to reducing unplanned failures and minimizing downtime, through condition assessment and preventive maintenance based on accumulated operational data analysis.
- Improve power generation efficiency and maximize profitability, by optimizing operations through the analysis of wind conditions and operating parameters.
- Deliver practical Smart O&M solutions by integrating drone-based inspections and field maintenance data, combining digital technologies with on-site expertise.
