Advantages of LSRPs to insureds
Disadvantages of LSRPs to insureds
Advantages of LSRPs to insurers
Disadvantages of LSRPs to insurers
Typical timeframe for recalculating premiums for paid or incurred retro plans
Incurred basis: Cumulative incurred losses are typically
evaluated starting 6 months after the policy expires and
every 12 months thereafter.
Paid basis: Cumulative paid losses are typically evaluated
monthly starting the first month of the policy term. Paid
plans are often converted to an incurred basis after a
pre-determined amount of time (e.g., 5 years).
General retrospective rating formula and component descriptions
R = (B + cL)T
L is the actual limited loss (with or without ALAE)
c includes loss-related charges like LAE and loss-based
assessments
T includes premium taxes and costs proportional to R
B includes profit and UW expenses not in T, expected
per-occurrence excess losses, and the net insurance charge
Why an iterative procedure may be needed to obtain the net insurance charge
If maximum and/or minimum premiums are explicitly
selected, then the net insurance charge in B depends on
the aggregate limits implied by the max/min premiums,
but since the max/min premiums depend on B, an iterative
procedure is needed to obtain the correct net insurance
charge.
Brief description of the balance principle
That expected retro premium equals guaranteed-cost
premium. It is flawed since there is a difference in risk
transfer between the 2 cases, as the insured takes on more
risk with a retro policy.
Description of the Large Risk Alternative Rating Option (LRARO)
It allows for flexibility in retro plan design for very large
risks. This option assumes large risks are knowledgeable
consumers that can negotiate parameters with insurers
directly. Common LRARO customizations include allowing
for the NCCI plan to be on a paid basis (it is normally on an
incurred basis) and allowing maximum and minimum ratable
loss amounts to be set directly (instead of indirectly through
maximum and minimum premiums).
Key differences between large deductible and SIR/excess plans
List 4 variations on loss-sensitive rating plans (besides dividend plans)
Briefly define dividend plans
Dividend plans are policies that allow for some profit to be
returned to insureds if losses are lower than expected, subject
to approval by the insurer’s board of directors.
Briefly define clash coverage
Clash coverage protects insureds from single occurrences that
impact multiple of their loss-sensitive policies, each with a
separate per-occurrence retention. A single Clash Deductible
(aka Clash Aggregate) will represent the aggregate amount
the insured will need to retain from the occurrence, and an
insurer will cover the loss above that amount.
Briefly define basket aggregate coverage
Basket Aggregate (aka Account Aggregate) policies cap
insured aggregate reimbursable or ratable losses across
multiple loss-sensitive policies at a single aggregate retention,
up to a specified limit. The insured will be reimbursed for
losses above the aggregate retention up to the limit.
Discuss adjustments required for multi-year plans
Three ways insurers protect themselves from credit risk
Four considerations in setting retention levels
How profit provisions on an LSRP compares to a guaranteed-cost policy
Since with loss-sensitive plans (other than dividend plans)
the insured is retaining most of the risk for their primary
losses, the capital needed by insurers to support these plans is
lower than needed for guaranteed-cost plans. However, since
the insurer is keeping the riskier portion of losses, the profit
provision will be larger as a percent of insured loss.
How LSRPs are closed
Retrospective rating plans are closed by closeouts, which
generally means applying LDFs to losses to determine a final
premium amount. Large deductible plans can be closed using
a buyout or loss portfolio transfer, which in either case results
in an insurer or reinsurer assuming responsibility for the
insured’s remaining loss obligations. Self-insured retentions
are closed using loss portfolio transfers.