D.2 Embedded Value practice and theory Flashcards
Embedded Value Definition
EV = measure of shareholders value in an insurer = Current value of freely distributable surplus + PV of existing business future DE
EV = measurement of value that SH own in an insurance enterprise
uses of EV:
- justify stock prices and acquisition purchase price
- performance measurements for executive comp
- profit analysis for LOB
- assessment of returns for capital allocation
EV vs AAV
- AAV includes contribution of future NB, EV does not
- AAV discount rate is higher than EV
- Expense assumptions in EV are more company specific, AAV reflects general market sentiment
EV components and formulas
-EV = Adjusted Net Worth + inforce business value
Adjusted Net Worth (ANW)
ANW = RC + Free Surplus (FS)
-excludes intangible assets
-the entire ANW is not distributable since it includes RC
Valuing ANW:
1. Literal approach: only FS is marked to market and tax effected
2. Practical approach: entire ANW is marked to market
Inforce business value (IBV)
- IBV = PVBP - PV(CoC)
- BP = Surplus(t) - Surplus(t-1) * (1+i)
- BP = growth in surplus other than from IR earned
- CoC = RC (t-1) * (hurdle - i(t))
CAPM cost of equity = rfr+ B * (RM - rfr)
-rm = expected return rate (ex SP 500)
-RM - RF = market risk premium
B = Measure of relative rise of a company’s stock to that market
-B = Cov(company stock, market return) / var(market return)
Recognizing debt in the CoC;
RDRwacc = e* (E / (E+D)) + d * (D / (E + D))
DE = Stat AT income - increase in RC
EV assumptions: economic vs non economic
Non economic assumptions - relate to existing and future operating environment of the company.
- ex: PH behaviors, mortality rates, interest crediting strategies
- combination of company and industry data
- expenses rely on company data
Economic assumptions - relate to existing and future economic environment
- ex: IR, asset default rate, credit spreads, inflation
- based on management best estimates
- investment returns = actual asset portfolio performance - investment expenses and expected defaults
RDR = Hurdle = rfr + risk margin
2 approaches for RDR to reflect the cost of debt:
1. top down approach: group WACC
2. Bottom up approach: product specific WACC
-reflect risks in each product group
-product specific betas
MCEV
total value of financial options/gts= Intrinsic value + TVOG
- intrinsic value = O/G value assuming the current ITM level does not change in the future
- TVOG = Deterministic PVDE - Mean Stochastic PVDE
EV w/ TVOG = Deterministic EV - TVOG
-products with a TVOG component: GMxBs, UL & fixed def annuities w/ gtd min crediting rates, options and floors in EIA contracts, ULSG, CMO
Analysis of movement
- reconciliation between opening and closing EV that allocates the total change into various categories:
1. contribution from new business
2. Contribution from inforce business
3. contribution from free surplus - portion of ANW that is not required to support in force business
- Contribution = FS(t-1) * i(t)
4. capital movements
5. other (ex forex)
EV disclosure and guidance issues
criticism of EV:
- susceptible to manipulation
- not useful for comparing across different companies
- Challenging to compare EV within a company over time if the observer doesnt understand all the changes
disclose:
- key assumptions
- how key assumptions were determined
- methodologies
- reconciliation of opening to closing EV
- analysis of change in FS
- sensitivity to key assumptions