Greenwich Features and Values

  • Full-life-cycle solutions for wind farms
    • Effective support for property developers' core capability enhancement and government agency's full-life-cycle management on all wind farms. Greenwich plays an important role across the planning, design, production, and management domains of property developers, providing technical scheme management and optimization on macrositing, met mast planning, wind measuring, wind resource evaluation, feasibility study, project design, until commercial operation, which realizes a maximization of investment return.
    • Ecological industrial cooperation based on project solutions: The scattered wind power corporations and agencies are able to work on the tasks in a synchronized project and time dimension. This makes the immediate reaction to customized solutions based on user requirements possible, and reduces the cross-functional and cross-agency operation risk.
    • Promoting the formation of property-to-capital benchmark formation in the wind power industry: With the same reference, the property value measuring standards and ways are established and promoted as industrial standards, which accelerates rational investment and financing schema in wind power industry.
  • Value creation with investment economic indicators as ultimate motivation
    • Aiming at best investment economic indicators in design optimization instead of best theoretical power production, the wind farm design resembles the final construction.
    • Based on the full-process uncertainty analysis model, the influence of various uncertain factors on project investment benefit is quantified.
  • Integrated innovation based on the core intellectual achievements in the renewable energy industry
    • Greenwich integrates the renewable energy industry public data library based on big data platform, providing professional supportive data required in wind power planning and project planning, such as mesoscale weather data, terrain and elevation data, land surface and roughness data, administrative division and satellite map data, environmentally sensitive area data, and full-life-cycle data from design to operation of authorized projects.
    • Greenwich integrates professional mesoscale weather model based on high-performance calculation environment. Relying on data assimilation, sectional parameter combination, and regressional analytic post-processing technology, global wind power map leads the industry with high-accuracy virtual mast data service.
    • Greenwich integrates professional CFD model based on high-performance calculation environment. Compared with other commercial CFD softwares, this model is capable for CFD model simulation with better resolution and precision.
    • Greenwich integrates the plan optimizing engine to optimize the core technical schemes, such as macrositing and met mast planning, micrositing, substation siting, route and power line design, seeking the best performance of customer-specified investment economic indicator.
    • Deep learning algorithm is applied over the wind farm unit project design processes as foundation structure design, route plane, vertical, and cross section design, power line tower arrangement, etc.
  • Knowledge-based engineering (KBE) integrated with experience and wisdom: Sustainable knowledge management system and robust scheme optimizing engine effectively support value creation and capability enhancement.
    • Assistant business unit design, knowledge (regulation) and experience amassment: During the processing of unit business, there are lots of design parameters and models, boundary restrictions and objective judgements. The KBE system simulates objective thoughts according to boundary restrictions and logic process for quick setup, or even one-click setup, on design parameters and models. Through a vast amount of case study, knowledge (regulation) and experience amassment is realized.
    • Optimization on core calculation models of solutions: intelligent core calculation model optimization is realized by the Greenwich platform. KBE offers real-time analysis on external input variation and cross-module iteration result variation. Based on the boundary restrictions across modules, the best parameter in the core calculation model is determined. Through a vast amount of case study, knowledge (regulation) and experience amassment is realized.