Energy category
Wind Power
Onshore and offshore wind turbines, small-scale and utility installations
Published
What is already useful about wind power?
Start with the guides that already have a complete answer contract, then move into the planned topic layers.
Category guide
How should a reader think about wind power?
This category overview keeps the technical context connected to a household or project decision.
How Does Wind Energy Work?
Wind turbines convert kinetic energy from wind into electricity. The wind turns blades connected to a rotor, which spins a generator. Power output scales with the cube of wind speed — doubling wind speed increases power by 8x. This makes site selection the most important factor in turbine performance.
Modern utility-scale turbines produce 2-8 MW each, with rotor diameters up to 170 meters. Average capacity factors are roughly 30-40 percent for onshore wind and 40-55 percent offshore. For detailed technical coverage, read our onshore vs offshore wind comparison.
Onshore vs Offshore: Which Is Better?
Onshore wind costs $30-60/MWh, while offshore wind costs $50-100/MWh but benefits from stronger and more consistent winds. Environmental considerations differ too: onshore projects face noise and visual impact concerns, while offshore projects affect marine ecosystems during construction. Our residential wind turbine guide covers smaller-scale options.
What Is the Next Wind Decision?
Start with average wind speed, tower height, setbacks, noise limits, maintenance access, and local permitting. A larger turbine does not compensate for a poor site.
Build depth
T2 Deep Dives
Planned and supporting pages in the T2 layer.
T2
Small Wind Turbines for Homeowners: Complete Guide
Everything about small wind turbines for residential use — sizing, installation, costs, permits, and ROI.
T2
Residential Wind Turbine Buyer's Guide: Top Models and Costs
Compare the best residential wind turbines on the market — specifications, pricing, and performance data.
T2
Wind Turbine Maintenance: Keeping Your System Running
Regular inspection schedules, common issues, and lifespan extension for home wind turbines.
Make the comparison
T3 Summaries
Planned and supporting pages in the T3 layer.
T3
Wind Turbine Power Output: Estimating Home Wind Energy
Learn to calculate expected energy production from a residential wind turbine based on wind speed, tower height, and turbine specs.
T3
Off-Grid Wind Systems: Complete Setup Guide
Battery banks, charge controllers, inverters, and backup considerations for off-grid wind power systems.
Answer one narrow question
T4 Quick Reference
Planned and supporting pages in the T4 layer.
T4
Vertical vs Horizontal Axis Wind Turbines
VAWT vs HAWT comparison for residential use — efficiency, noise, maintenance, and cost.
T4
Wind Energy Calculator: Is Your Property Suitable?
Site assessment checklist, wind maps, and tools to determine if your property is suitable for a wind turbine.