Partial Internal Model Integration Technique 5 | Prudential Regulation Authority Handbook & Rulebook
Prudential Regulation Authority Rulebook

Prudential Regulation Authority Rulebook

Part

Solvency Capital Requirement - Internal Models

Chapter

Partial Internal Model Integration Technique 5

Printed on: 19/06/2025

Rulebook at: 07/06/2025


16G

Partial Internal Model Integration Technique 5

16G.1

The basic SCR must be equal to the following:

BSCR=P2+SS2+2P∑i=1k∑j=1kCorr(i,j)⋅Si⋅Sj∑j=k+1n∑i=1kCorr(i,j)⋅Si⋅Sj+SCRint

where:

  1. (1) P, Ss, k, n, Corr(i,j) and SCRint are defined as in 16F.1;
  2. (2) Si and Sj denote the capital requirements for modules i and j, respectively of the standard formula which are calculated in the following way:
    1. (a) the module is generated by the standard formula provided that the module does not consist of sub-modules;
    2. (b) the module is calculated in accordance with 16G.2 provided that the module consists of sub-modules.
  • 31/12/2024

16G.2

For all modules of the standard formula referred to in 16G.1(2)(b), the capital requirement of a particular module must be generated by the formula set out in 16G.1, applying the following specifications:

  1. (1) P , Ss, k , n , Corr(i,j) and SCRint are defined as in 16F.2;
  2. (2) Si and Sj denote the capital requirement for sub-modules i and j of that particular module, respectively, which are calculated in the following way:
    1. (a) the sub-module is generated by the standard formula provided that the sub-module does not consist of other sub-modules; and
    2. (b) the sub-module is calculated in accordance with 16G.3 provided that the sub-module consists of other sub-modules.
  • 31/12/2024

16G.3

For all modules of the standard formula referred to in 16G.2(2)(b), the capital requirement of a particular module must be generated by the formula set out in 16G.1, applying the following specifications:

  1. (1) P , Ss, k , n , Corr(i,j) and SCRint are defined as in 16F.3;
  2. (2) Si and Sj denote the capital requirement for sub-modules i and j of that particular module, respectively, which are calculated in the following way:
    1. (a) the sub-module is generated by the standard formula provided that the sub-module does not consist of other sub-modules; and
    2. (b) the sub-module is calculated in accordance with this paragraph provided that the sub-module consists of other sub-modules.
  • 31/12/2024