泰国光伏产业增长和组件可靠性

D. Chenvidhya, M. Seapan, Yaowanee Sangpongsanont, Tanokkorn Chenvidhya, C. Limsakul, R. Songprakorp
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摘要

泰国的光伏应用目前累计安装超过1.2 GWp。这要归功于国家可再生能源计划及其目标。在最新的替代能源发展计划(AEDP)中,光伏发电目标已从2 GWp增加到3 GWp。随着这种快速增长,客户和制造商寻求模块标准测试。自2012年以来,每年有超过1000个光伏组件进行测试。正常的试验包括按照TIS标准进行型式认可试验、验收试验和地方标准制定试验。型式试验中,湿热试验中发现的模块故障最多。在年度评估测试中,经过0 - 5年的现场部署,功率退化和功率分层率在其铭牌上的0 - 6%之间。对于薄膜组件,在运行不到5年的模块中,发现降解和分层的范围为0 - 13%(平均约5%)。然而,对于在校园参考地点运行了12年的光伏模块,功率下降幅度在10%到15%之间。因此,需要考虑长期的性能评估,以确保系统的可靠性。
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PV industry growth and module reliability in Thailand
The PV applications in Thailand are now installed more than 1.2 GWp cumulatively. It is due to the National Renewable Energy Program and its targets. In the latest Alternative Energy Development Plan (AEDP), the PV electricity production target has increased from 2 GWp to 3 GWp. With this rapid growth, customers and manufacturers seek for module standard testing. So far over one thousands of PV modules per annum have been tested since 2012. The normal tests include type approval test according to TIS standard, acceptance test and testing for local standard development. For type test, the most module failure was found during damp heat test. For annual evaluation test, the power degradation and delamination of power was found between 0 to 6 percent from its nameplate after deployment of 0 to 5 years in the field. For thin-film module, the degradation and delamination was found in range of 0 to 13 percent (about 5 percent on average) from its nameplate for the modules in operation with less than 5 years. However, for the PV modules at the reference site on campus operated for 12 years, the power degradation was ranging from 10 to 15 percent. Therefore, a long term performance assessment needs to be considered to ensure the system reliability.
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