A Review of Wave Energy Converters in the Southeast Asia Region
A Review of Wave Energy Converters in the Southeast Asia Region
复制标题
东南亚地区波浪能转换器回顾
作者：
Jariyati Burhanuddin;A. M. Ishak;A. Hasim;Jariyani Burhanudin;S. F. S. Dardin;T. Ibrahim
波能收集是一种替代能源技术，它将波能从一种可持续、自然补充和可预测的能源转化为电能。这种形式的可再生能源是一种有吸引力的解决方案，可以利用取之不尽、用之不竭的能源发电，同时减少对化石燃料的依赖。本文以东南亚国家为重点，对该地区现有的波能潜力和变流技术进行了概述。鉴于东南亚有2.5万多个岛屿，其中许多是农村岛屿，没有连接到国家电网系统，农村岛屿电气化仍然是一个关键问题。无论如何，波能收集的可用性和可行性取决于波能转换器及其战略位置。因此，获取准确可靠的波形数据是确定变流器最佳部署位置的关键一步。对以前在该地区开展的波浪能技术项目研究的进一步讨论，然后按每个国家所使用的技术、电力输出系统部件、性能、项目状况和预定地点进行分类。
Wave energy harvesting is an alternative energy technology that converts wave energy into electricity from a sustainable, naturally replenished, and predictable source of energy. This form of renewable energy is an attractive solution for generating power from an inexhaustible energy resource while reducing reliance on fossil fuels. Focusing on Southeast Asian countries, this paper provides a general overview of the wave energy potential and converter technologies available in the region. Given that Southeast Asia has over 25,000 islands, many of which are rural and unconnected to the national grid system, rural island electrification remains a critical issue. Regardless, the availability and viability of wave energy harvesting are dependent on the wave energy converter and its strategic location. Therefore, obtaining accurate and reliable wave data is a critical step in determining the best location for converter deployment. Further discussions on previous studies on wave energy technology projects carried out in this region are then classified by each country in terms of the technology used, power take-off system components, performance, project status, and intended location.