The invention relates to a friction 
pendulum type 
inerter shock 
isolation system used in the field of 
civil engineering and energy infrastructures. The friction 
pendulum type 
inerter shock 
isolation system comprises a friction 
pendulum unit, an 
inerter subsystem unit and an installation unit. According to the friction pendulum type inerter shock 
isolation system, an energy disposal mechanism of the 
system is established for a 
structural system subjected to an external action; firstly, 
external energy input is reduced by isolating the structure from the ground through the friction pendulum unit; secondly, energy is stored in the form of 
kinetic energy through the rotation of an inerter in the inerter subsystem unit; and the energy is dissipated through a friction pendulum friction sliding mechanism and an 
eddy current unit. The friction pendulum type inerter shock isolation 
system utilizes the arrangement of the inerter subsystem unit, the 
energy absorption efficiency and 
energy consumption efficiency of the friction pendulum type inerter shock isolation 
system are improved while the physical quality of the shock isolation system is not significantly increased, the displacement of ashock 
isolation layer can be effectively controlled, and the inertial characteristics of an upper structure can further be effectively adjusted, so that the control over high-order vibration of the structure is realized, and the dynamic response of the structure is significantly reduced. The friction pendulum type inerter shock isolation system has the characteristics of 
high energy consumption efficiency, high robustness and the like, and has wide application prospects.