| Title | Design and simulation analysis of offshore tidal energy generating set system based on sensor network |
| Other Titles | 基于传感器网络的海上潮汐能发电机组系统设计与仿真分析 |
| Authors | 刘晶 |
| Issue Date | 2021-05-23 |
| Publisher | Arabian Journal of Geosciences |
| Keywords | Sensor network Sea tidal energy Generator set System design |
| Citation | Arabian Journal of Geosciences, 2021, 14(11) |
| Abstract | AbstractTidal energy refers to the potential energy and kinetic energy of tidal changes. It is a kind of energy that hides a huge amount of energy and can be regenerated endlessly. Tidal energy as an energy source is purely renewable energy. The tide rises and falls every day, and the energy is constant, so it will be endless. Power generation through tidal energy cannot only alleviate the energy shortage but also become the main additional energy source for people to carry out economic construction and development in areas near the sea. Because tidal power plants are usually built-in offshore areas with relatively small populations, they will not cause complicated problems such as flooding of farmland and immigration. In view of the shortage of energy and fuel in the world and the increasingly serious environmental and pollution problems, tidal energy has received widespread attention and influence all over the world due to its infinite reserves, lack of environmental pollution, and high predictability. Based on the submarine acoustic wireless sensor network platform, we have developed an experimental submarine acoustic ray sensor network platform, which provides an effective platform for testing and evaluating the submarine acoustic ray sensor network. This paper determines the capacity of TCF, the layout design of TCF in TCT, and the research on the collection system. Based on the underwater acoustic wireless sensor network platform, the underwater acoustic network experimental test system platform is being developed, and a feasible research plan is proposed for the detection and evaluation of the underwater acoustic wireless sensor network. |
| Appears in Collections: | 电气工程与自动化系 |
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