Combination of Wind-lens Turbine and New CFRP Technologies for Offshore Floating Wind Farm

基于风透镜技术，我们开发了非常独特和高效的小型（1-5kW）和中型（100kW）风透镜涡轮机。我们设计了一台100-200kW的中型风轮涡轮机。它们基本上是以小型风透镜涡轮机为基础的，也就是说，它是类似的小型风透镜涡轮机的放大设计。我们在九州大学伊藤校区继续进行中型风轮涡轮机的现场实验。与相同尺寸的传统涡轮机相比，100kW风轮涡轮机显示出预期的功率输出性能，并且显示出更小的噪音涡轮机。现在我们正在继续建立在10级左右强风下的安全操作。20米/秒。这台100kW的风轮涡轮机配备了一个单极混凝土塔，不同于预期的带有特殊SCF棒的混凝土塔。我们将GIS和GPV相结合，改进了RIAM-COMPACT风型数值预测方法。在此数值风型分析的基础上，我们选择了博多湾海上的一个安装地点。综合海上发电农场是指海上能源农场

Based on the Wind-lens technology, we have developed very unique and highly efficient small(1-5kW) and mid-size(100kW) windlens turbines. We have designed a mid-size windlens turbine of 100-200kW. They are fundamentally based on the small wind-lens turbine, namely, it is designed as an enlargement of small ones with similarity. We have continued the field experiment of the mid-size windlens turbine at Ito Campus, Kyushu University. The 100kW windlens turbine showed the expected power output performance and showed much less noisy turbine compared to the same size conventional turbines. Now we are continuing to establish the safe operation at severe wind of around 10. 20m/s. This 100kW windlens turbine was equipped with a mono-pole concrete tower different from a concrete tower with special SCF rods as it is expected. We have improved our numerical prediction method for wind patterns named RIAM-COMPACT, integrating the GIS and GPV. Based on this numerical wind pattern analysis, we selected an installation site in the offshore in Hakata bay. Integrated off-shore electric power generation farm means an off-shore energy farm