Distributed wind-hybrid energy systems are an innovative blend of traditional wind technology, other energy sources and storage systems to create energy solutions that are more adaptable and better able to withstand and recover from disruptions. Distributed wind-hybrids can supplement the grid or provide power for remote, off-grid locations, such as:

• A farmer with a wind-solar system who offsets some of their energy use with the renewable system
• A local co-op that operates a few wind turbines and small solar farm on leased land
• An off-grid and fully isolated mining operation in a remote location that does not have access to grid power.

Combining distributed wind energy with other energy technologies can make power generation more reliable, cost efficient and sustainable. Take wind and solar, for example. In some locations, wind tends to blow stronger at night and during the winter, both times in which solar energy’s production is lower. Solar energy generates more power during the day, regardless of how windy it is outside. Together, they can produce more reliable day-to-day and seasonal energy.

Energy storage systems make wind-hybrid systems more reliable because they can store energy during periods of high wind and solar outputs and discharge energy when needed.