| Conventional wind turbine (4) |  |
| Floating wind turbine (3) | |
| Offshore wind (11) | |
| Offshore wind farm (5) | |
| Offshore wind turbine (10) | |
| Wind energy (91) | |
| Wind energy industry (6) | |
| Wind farm (37) | |
| Wind resource (3) | |
| Wind technology (3) | |
| Wind turbine (104) | |
| Conventional wind turbine (4) | |
| Floating wind turbine (3) | |
| Offshore wind (11) | |
| Offshore wind farm (5) | |
| Offshore wind turbine (10) | |
| Wind energy (91) | |
| Wind energy industry (6) | |
| Wind farm (37) | |
| Wind resource (3) | |
| Wind technology (3) | |
| Wind turbine (104) | |
Wind resources are classified on a scale of zero to seven based on their power density, and more than 66%of offshore wind in the United states is in wind power class six or seven.
the United states is estimated to have more abundant and favorable onshore wind resources, which are located largely in areas with low population density.
we have the abundant solar and wind resources, the innovative companies, and the open energy storage procurement proceeding that can, at a modest scale, kick-start the long-duration energy storage market.
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