While much has been made of the impact of pension “spiking,” it is helpful to quantify just exactly how much pension spiking will cost taxpayers, and how ill-prepared an otherwise adequately funded pension account is for this practice. In the two sets of examples below, the same assumptions and the same analytical model is used as in the previous post “What Percent of Payroll Will Keep Pensions Solvent?“; 30 years working, 25 years retired, pay in real dollars doubling between the hire date and the retirement date, and various rates of return.
In this analysis, each block of data has three rows. The first row shows the amount by which the final pay is “spiked,” i.e., increased by a disproportionate amount through a large pay raise, cashing in of accumulated sick time, or other methods that increase pay more than it would ordinarily increase. The second row shows how much would have to be set aside as a percent of payroll each year and contributed into the employee’s pension fund, in order to ensure the fund would have sufficient assets to pay out the calculated retirement pension for 25 years. The third row puts this another way, by showing how much money would need to be in the employee’s pension fund at the time they retire. There are three sets of three rows, representing the results under three different return on investment scenarios; a 4.75% rate of return over the life […] Read More
In a previous post “Why Pensions Are Grossly Underfunded,” the point is made that for every percentage point that an investment fund lowers their projected rate of return, the required annual pension fund contribution as a percent of salary goes up by over 10%. The assumptions underlying that analysis were 30 years working, 30 years retired, a pension equivalent to 90% of final salary, with the salary doubling (in inflation adjusted dollars) between the first year of employment and the final year of employment. Using the same assumptions, but for a pension equivalent to 60% of final annual salary, for every percentage point that an investment fund lowers their projected rate of return, the required annual pension fund contribution as a percent of salary goes up by a bit less than 10%. The implications of these facts should be clear to anyone involved in the issue of public employee pension benefits.
This post is in response to a commenter who, after reading the previous post, asked what the impact might be on required annual contributions to pensions if the assumptions are changed so that the years retired are shortened. The implication was that a 30 year working, 30 year retired scenario is an unlikely average, since on average, employees who log 30 years of government service do not survive an additional 30 years in retirement. But when analyzing the variability of required pension fund contributions based on 20 year and 25 year retirements, while […] Read More