Our Professional Skills Are Your Smarter Choice
Goldwind has extensive experience in wind farm planning. Our meteorological and geographic information database connects massive wind resource data with self-developed digital platforms and tools in real time, to quickly locate potential sites for wind energy projects, estimate capacities and analyze profitability. We provide wind farm planning as well as macro and micro site selection services for governments, wind energy developers and other organizations.
Goldwind provides consulting services for the planning, design and development of wind power projects.
Macro Site Selection Platform
Wind speed accuracy in 90% of areas in China is less than 0.3m/s
Utilizes GPS and base station positioning system to provide dozens of wind layers and markers, supporting image recording/editing and one-click generation of survey reports to guide engineers’ on-site operations
Goldwind’s refined wind measurement services span multiple project phases, including regional planning, preliminary assessment of risk areas, evaluation of representative wind sites, remediation, etc. We quickly identify regions with rich resources to achieve our clients’ need for a comprehensive, fast, high-quality and cost-effective wind measurement solution. Our multi-scale geographic information solution effectively achieves refined 2D and 3D-integrated digital planning, meeting the demands for wind farm mapping in different terrains and field areas and 3D digital wind farm modelling
Wind Measurement Platform
Integrates multiple modules to realize the complete digitization of scenario-based wind measurement
One-click solution design
Automated data management
Post-measurement visual assessment
In an era of parity, the accuracy of wind resource assessment is particularly important. We brought together industry experts such as CFD, GIS, WRF and mathematicians to integrate Goldwind’s innovative technologies, and developed “FengJiang”, an online wind resource assessment platform
Wind Resource Assessment Platform
Drawing on years of specialized experience in wind farm design and engineering, Goldwind built an integrated 3D wind farm design platform based on the Digital Twin concept—GoldFarm. Through 3D real-world modelling of wind farms, this platform optimizes micro site selection as well as layout and arrangement, and digitalizes engineering design for road and circuit infrastructure
Integrated 3D Wind Farm Design Platform
Uses UAV aerial photography and automatic 3D modelling technology to accurately restore wind farm topography in real-time
Includes automating road design and circuit design, and can be seamlessly synced with road/circuit planning software for one-click generation
Full-service Solution for Higher Efficiency
Goldwind employees form a professional team that provides standardized and regulated construction services. Drawing on our many years of wind farm construction experience and product chain resource and technology advantages, we provide customers with customized, data-based complete solutions for wind farm construction covering wind farm development, investment and financing, wind farm design, supply chain services, project construction, and commissioning and O&M services. Our promise to you—optimized power generation with maximized cost-effectiveness.
Goldwind provides clients with a complete EPC solution that starts at the stage of wind farm development and construction, and continues beyond post-completion O&M or transfer. This improves the project’s efficiency and reliability throughout the different stages, and achieves lowest cost per kilowatt hour of electricity in the wind farm’s life cycle.
Standardized, Customized, Data-Driven, Efficient
Goldwind provides a comprehensive series of smart O&M solutions that are standardized, efficient, customizable and transparent, evolving to meet changing needs to maximize turbine efficiency. At the same time, we also put emphasis on the safe operations and optimization of assets, tailoring a technological transformation solution for each wind farm to improve performance, increase power generation and extend lifespan.
SOAM? is based on technologies such as big data analysis, IoT, cloud computing, machine learning and the Internet, integrating predictive maintenance, lean O&M strategies, and smart production planning of people, finances and things.
A new energy operator that has 1 million kilowatts of new energy assets (wind and solar energy) increased its per capita labor efficiency by 30% with the help of the smart new energy operations system SOAM?.
With SOAM?, a power grid company created the China’s first new energy “Source-Grid-Load” platform that integrated big data and realized the ecological model of eIoT and shared services.
Through centralized monitoring and sharing of regional services, wind farm operations are unmanned with few people on duty, reducing
Smart predictive maintenance centered on fault diagnosis and data analytics ensures the healthy and efficient operations of equipment
Insights into the causes of power loss combined with offline improvement plans accurately increase production-based availability (PBA) and realizes end-to-end farm performance management
Constructs virtual power plants based on centralized power prediction and energy management of wind farms and manage smart power trading to increase electricity sales