OPTIMAL ASSET ALLOCATION IN LIFE INSURANCE: THE IMPACT OF REGULATION

Оптимальное распределение активов в страховании жизни: влияние регулирования
An Chen, Peter Hieber
2016-05-16

equity-linked life insuranceoptimal asset allocationregulatory default constraintsolvency capital requirementstraffic light system
Abstract In a typical equity-linked life insurance contract, the insurance company is entitled to a share of return surpluses as compensation for the return guarantee granted to the policyholders. The set of possible contract terms might, however, be restricted by a regulatory default constraint — a fact that can force the two parties to initiate sub-optimal insurance contracts. We show that this effect can be mitigated if regulatory policy is more flexible. We suggest that the regulator implement a traffic light system where companies are forced to reduce the riskiness of their asset allocation in distress. In a utility-based framework, we show that the introduction of such a system can increase the benefits of the policyholder without deteriorating the benefits of the insurance company. At the same time, default probabilities (and thus solvency capital requirements) can be reduced.
1
A traffic-light regulatory system is proposed, requiring insurers to reduce asset-allocation risk when financial distress emerges.
2
More flexible regulation can mitigate the welfare loss caused by constraints on contract design.
3
Regulatory default constraints can restrict feasible equity-linked life insurance contract terms, forcing insurers and policyholders into suboptimal arrangements.
4
The proposed system lowers default probabilities and consequently reduces solvency capital requirements.
5
Within a utility-based framework, the traffic-light system improves policyholder benefits without reducing insurer benefits.

Equity-linked life insurance contracts and the insurance company's asset allocation under regulatory default constraints

The effects of regulatory constraints and a flexible traffic-light solvency policy on contract optimality, policyholder and insurer benefits, asset-allocation riskiness, default probabilities, and solvency capital requirements

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2016-05-16
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An Chen
Peter Hieber
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