川西南复杂高原山地风电基建的地质分析与可行性评估

Geological Analysis and Feasibility Assessment of Wind Power Infrastructure in Complex Plateau Mountainous Areas of Southwest Sichuan

以川西南复杂高原山地环境下的大唐普格甘天地二期风电场工程为研究对象,通过系统的地质分析与评价,探讨在此复杂地质条件下开展风电基建的可行性和稳定性。通过地质特性分析、地震效应评估、不良地质现象调查及岩土体物理力学性质试验,为该地区风电场的可持续建设和运营提供科学、客观的依据。研究结果显示,在川西南复杂高原山地环境下,虽然存在一些挑战性的地质问题,但整体上该地区具备开展风电基建的条件。然而,在实际建设和运营中仍需采取相应的技术和管理措施,以确保风电场的安全运行和环保目标的实现。

This study focused on the Datang Puge Gan Tiandi Phase II wind farm project in the complex plateau mountainous environment of southwestern Sichuan,and was aimed at comprehensively discussing feasibility and stability of wind power infrastructure construction under this complex geological condition through systematic geological analysis and evaluation.By performing geological characteristic analysis,seismic effect assessment,investigation of adverse geological phenomena,and physical and mechanical properties tests of rock and soil,the study provided scientific and objective basis for sustainable construction and operation of wind farms in the region.It can be concluded the complex plateau and mountainous environment of southwestern Sichuan,though facing some challenging geological problems,has the conditions to carry out wind power infrastructure.However,corresponding technological and management measures are still mandatory in actual wind farm construction and operation to ensure safety and environmental harmlessness.