Standards
Identify market and project requirements.
SYSTEM PLANNER
Use this concise planning page to make preliminary assumptions visible, assign open questions and prepare a discussion that technical reviewers can follow.
| Input | Why it matters | What to prepare |
|---|---|---|
| Site context | Terrain, access and local constraints affect project work. | Location, land conditions and timeline. |
| Wind and output goal | Generation expectations must be reviewed against the actual scenario. | Target role, approximate scale and assumptions. |
| Grid interface | Connection and control requirements shape the technical route. | Point of connection and stakeholders. |
| Service plan | Monitoring and maintenance need ownership after commissioning. | Operations contacts and document needs. |
List the documents, drawings and local requirements that need confirmation. A useful early brief distinguishes known facts from estimates, rather than presenting an unfinished plan as a final system recommendation.
Record who will coordinate installation, commissioning, monitoring and future maintenance. This gives the project team a practical route for resolving questions as the scope matures.
Identify market and project requirements.
Request current test and quality evidence.
Track datasheets and installation guidance.
Selection note: turbine selection depends on the measured wind regime, turbulence, site access, grid interconnection and maintenance route. Rated power alone is not a yield forecast; confirm the applicable performance assumptions and local permitting requirements for the specific site.
For a project review, document nominal power in kW or MW, the measured wind regime, turbine control response, SCADA and EMS interfaces, grid-forming or anti-islanding requirements, and applicable grid-code test conditions. Fixed-speed versus variable-speed operation is a site-specific trade-off; rated power alone does not establish energy yield or permitting suitability.
Record the measurement height, turbulence intensity, availability assumptions, curtailment instructions, and acceptance-test method alongside the energy-yield model. For a wind-plus-storage scope, record battery energy storage system (BESS) boundaries, PCS control mode, state of charge, C-rate and Ingress protection requirements. Reviewers can then distinguish measured inputs from estimates and trace any later change in site conditions, controls, or grid constraints.