![]() ![]() The biggest maintenance problem for wind power is lightning strikes (Figure 1a and Figure 1b). However, this growth will require improved maintenance programs that will protect the investments and maximize the profits from wind power. This is great news for the electrical power industry, as there will be growth and opportunity for many years to come. Most market analysts indicate that wind power development will continue to grow at a fast rate because all the driving factors for its adoption persist. It is a relatively inexpensive and green energy source that addresses constrained infrastructure budgets as well as climate-change policies. Wind power answers the pressing needs and circumstances of the day. The year-over-year growth is 53% with both the United States and China leading the world in new installations of wind power generation. In 2020, new installations of wind power provided 93 GW globally. Renewable energy - and wind power, in particular - is growing at a rapid pace. It discusses the need and advantages of various tests performed to verify the continued integrity of such lightning protection systems, and shares reference quantities for testing parameters and expected results while reviewing some practical and safety considerations. This article provides a general overview of the lightning protection system of a wind turbine, the best practices for lightning protection on wind turbines, and how to verify effectiveness. Similarly, a major US utility reported that over 85% of their wind turbine downtime was due to lightning-related damage. Recent international studies have shown that in one European country, 80% of insurance claims on wind turbines resulted from lightning-related damage. Naturally, understanding the lightning protection scheme of the wind turbine and checking its integrity is vital to protect it during lightning strikes such that continued, reliable operation is achieved. ![]() The wind turbine, which is the most important component of a wind power system, is exposed to harsh environmental conditions and electrical transients such as lightning strikes. The share of wind power in total electric power generation is expected to increase, and with that comes a requirement for this carbon-free source to be more reliable. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |