Looking to help make power generation more efficient, this new Hitachi offshore wind turbine draws more power from light wind situations. This would be particularly effective for times when wind levels are low and other wind turbine technologies would otherwise stand still.
Aside from operating well in low-wind, the new Hitachi wind turbines also feature a design that stops operation during high winds. This could be particularly useful in areas that experience severe weather to ensure that the equipment can withstand the occurrence rather than working overtime until failure.
The Hitachi offshore wind turbine will be tested in October of this year at the Fukashiba Wind Power Station in the Kashima port in Japan with an expected official release in early 2017.
Efficient Offshore Wind Turbines
This New Hitachi Turbine Draws More Power from Light Wind
Trend Themes
1. Efficient Offshore Wind Turbines - Disruptive innovation opportunity: Develop wind turbines that can generate more power from light wind situations, increasing efficiency and reducing reliance on stronger wind levels.
2. Low-wind Turbine Technologies - Disruptive innovation opportunity: Create turbine designs that can operate effectively in low-wind conditions, providing consistent power generation even when wind levels are low.
3. Weather-adaptive Wind Turbines - Disruptive innovation opportunity: Design turbines that automatically stop operation during high winds to prevent damage, ensuring equipment durability and reducing maintenance costs.
Industry Implications
1. Renewable Energy - Disruptive innovation opportunity: Develop advanced technologies to optimize power generation from renewable sources, such as wind turbines that can generate more power in light wind conditions.
2. Wind Energy - Disruptive innovation opportunity: Create innovative solutions for the wind energy industry, including low-wind turbine technologies that can provide consistent power output even in low wind situations.
3. Infrastructure - Disruptive innovation opportunity: Integrate weather-adaptive wind turbine designs into infrastructure projects to ensure durability and minimize maintenance costs in areas prone to severe weather.