基于LCC-HVDC暂态过电压约束的逆变型电源基地规划

With the increasing construction of generation bases using LCC-HVDC transmission in power systems, highproportion inverter-based resources (IBR) generation bases face overvoltage issues due to unavoidable commutation failure faults. This presents challenges in terms of system protection and stability. This paper proposes a power planning model for highIBR penetration generation bases with overvoltage constraints, ensuring that overvoltage limits are not exceeded at any bus while minimizing construction costs. The impacts of synchronous generators, synchronous condensers, and IBRs on overvoltage are explicitly modeled in an analytical model. This nonlinear constraint is conservatively reformulated into a linear form. Simulations of actual generation base planning verify the impact of overvoltage constraints on system operation and planning.