# The Benefits Package, Scored in Dollars Against Your Own Usage

*You can convert any offer's benefits summary into one expected annual dollar figure sized to your own usage and compare two offers on that basis.*

- Canonical URL: https://www.refolk.ai/candidates/guides/benefits-package-value-scored
- Pillar: Offers and negotiation
- Format: Framework
- Published: 2026-09-01
- Last reviewed: 2026-09-01
- Reading time: 16 min

You are holding an offer's benefits summary and you need a number. Not the employer's cost, not a national average, but what the health plan, the 401(k) match, the paid time off, and the odd stipend are worth to you, in dollars, so you can add them to base pay or weigh them against a second offer. This guide is a framework for that judgement: which lines matter, how to score each from the offer's own numbers against your own usage, and what the total means once you have it.

Most calculators you will find plug in either the employer's premium contribution or a national benchmark and hand back a headline figure. That answers the wrong question. The employer's cost is what it costs them; your value is what you would have paid for the same coverage and what you will actually capture. Those diverge, sometimes by five figures. The method here scores each benefit from the ACA-standardized Summary of Benefits and Coverage, the match formula, and the PTO grant, sized to what you will use.

## What each benefit line is actually worth to you

The value of a benefit is what you would otherwise have paid for it or what you will actually receive, not what it costs the employer to provide. This distinction is the whole game. Credit the employer's full family premium share as if it were cash and you overstate the package; ignore the premium in your worst-case health math and you understate your risk.

Three lines carry almost all the weight, and it helps to see them in order of size before you start. In the private sector, benefits average about 30 percent of total compensation - $14.01 of $46.60 per hour in the BLS Employer Costs for Employee Compensation figures. Within that share, the employer-paid health premium is the largest single non-cash line. A guide that leads with the 401(k) match mis-weights the package.

#### The benefits package by size of line

1. **Employer health premium** - The biggest non-cash line, near $7,885 single or $20,143 family (KFF 2025)
2. **401(k) match** - Typically $2,250 to $6,000, and only what you actually vest and capture
3. **PTO** - Days times a daily rate, salary divided by 260 workdays
4. **Ancillary perks** - HSA seed, life and disability, stipends, counted only if you will use them

*Value the largest line first, because the employer health premium usually dwarfs the match.*

The order matters because effort should follow dollars. Spend most of your time on the health plan, a solid chunk on the match, and keep the perks conservative. Refolk's compensation guides already value pay shapes and take-home taxes; this one converts the non-cash package into a personal dollar figure so the two can be added together.

**30.1% - Benefits as a share of private-industry total compensation**

BLS ECEC, March 2026 - a hard sanity band for any package total you build.

## Reading the SBC: the fields that decide health plan value

The Summary of Benefits and Coverage is an ACA-standardized document, no more than four double-sided pages in 12-point or larger font, built on a uniform template so plans are directly comparable. It carries every field you need to value the health plan: premium, deductible, coinsurance and copays, the out-of-pocket maximum, and whether the plan meets minimum value, meaning it covers at least 60 percent of costs on average.

The mechanics of cost-sharing run in a fixed order, and you value the plan by tracing your own spending through it:

1. You pay the premium regardless of use.
2. You pay 100 percent of costs until the deductible is met.
3. Coinsurance and copays apply until the out-of-pocket maximum.
4. Once the OOP maximum is reached, the plan pays 100 percent of covered in-network care for the rest of the year.

Two SBC fields do most of the work. The deductible sets where your routine spending starts to share cost; the out-of-pocket maximum caps your downside. It is the OOP max, not the deductible, that defines your risk. Two plans with identical premiums but different OOP maximums can differ by thousands in a bad year.

> **Rule:** The worst case is premium plus OOP max
>
> Premiums never count toward the out-of-pocket maximum. Your worst-case health exposure is the premium you pay plus the full OOP max, not the OOP max alone.

The 2026 in-network OOP maximum under the ACA is $10,600 for self-only coverage and $21,200 for coverage other than self-only. These figures were revised upward from an earlier-announced $10,150 and $20,300. They cover deductibles, copays, and coinsurance, but not premiums and not out-of-network costs. If the SBC shows an HSA-qualified high-deductible plan, the ceiling is lower: $8,500 self-only and $17,000 other than self-only for 2026. Read the plan type off the SBC before you apply any ceiling, because using the traditional $10,600 cap on an HDHP that actually caps at $8,500 will misstate the tail.

The SBC also supplies three standardized coverage examples - a simple fracture, managing Type 2 diabetes, and having a baby - which give you anchored, plan-specific numbers to build your expected scenario around rather than guessing.

## Health plan value inputs: the benchmark table

When the offer gives you the plan's own premium and cost-sharing numbers, use them. When it does not, or when you want a sanity check, these 2026 benchmarks anchor the health line. The employer-paid share is the value you would otherwise fund yourself.

| Metric | Single | Family |
|---|---|---|
| Average total premium (KFF 2025) | $9,325 | $26,993 |
| Worker contribution (KFF 2025) | $1,440 | $6,850 |
| Employer-paid share (derived) | $7,885 | $20,143 |
| ACA OOP max ceiling (2026) | $10,600 | $21,200 |

The employer-paid share is the total premium minus what the worker pays. That is the number to credit as the health subsidy's value, adjusted for the plan you would realistically have chosen. If you would have bought a cheaper plan on your own, credit the cheaper plan's cost, not the sticker. The average single-coverage deductible in the same KFF data is $1,886, useful as a placeholder when the SBC deductible is missing.

> Value the plan against your projected utilization, not the employer's sticker cost.

## The three-scenario health model

Build the health plan's value as three numbers, not one: a low case, an expected case, and a bounded worst case. This is Refolk's framework, synthesized from the SBC's own structure rather than a single published formula, because no canonical candidate-side method exists.

#### Three-scenario health plan model

1. **Low** - Premium only, a year with no meaningful care
2. **Expected** - Premium plus your projected deductible and copays for routine care
3. **High** - Premium plus the full OOP maximum, the bounded worst case

*Bound the plan between a healthy year and a catastrophic one, then use the expected case to compare offers.*

The low case is your premium alone. The expected case adds the deductible and copays you realistically expect for routine care, anchored to the SBC coverage example closest to your situation. The high case is premium plus the full OOP maximum, which is a hard ceiling because covered in-network spending on essential health benefits cannot exceed it.

To turn this into a value figure, compare your total expected out-of-pocket against what the same care would cost you without the plan, and add the employer premium subsidy. The scenarios also drive the comparison between two offers: hold usage identical across both, and the difference in expected out-of-pocket is the difference in plan value. When you compare health insurance between two job offers, this is the only fair basis - same usage, same scenarios, plan type read off each SBC.

## Valuing the 401(k) match and PTO

The match is worth the employer dollars you will actually deposit and vest, and PTO is worth days times a daily rate. Both look simple and both have a trap that changes the number materially.

### The match: formula, capture, vesting

Value the match in three moves. First, identify the formula: 50 percent up to 6 percent of salary, or 100 percent on the first 3 percent plus 50 percent on the next 2 percent, are common shapes. Second, compute the employer dollars at the contribution rate you will actually make, not the maximum the formula allows. A "50 percent up to 6 percent" match is worth nothing beyond 3 percent of salary if you only contribute 3 percent. Third, multiply by your vested percentage at your intended tenure.

On a $75,000 salary, a 100-percent-of-first-3-percent match is $2,250 a year. That is the gross figure. The vesting adjustment can gut it. Under ERISA, cliff vesting caps at three years and graded vesting at six; any unvested match is forfeited if you leave before vesting, though your own contributions are always 100 percent vested immediately. A $6,000 match on a 3-year cliff is worth $0 if you plan to leave in 18 months. Tenure intent moves the match's present value more than the formula does.

> **Watch out:** Two ways the match evaporates
>
> You capture only the match on dollars you actually defer, and you keep only the percentage you have vested. Credit the full formula at a contribution rate you will not hit, or before a cliff you will not clear, and the number is fiction.

For scale: the 2026 employee deferral limit is $24,500, and the combined employee-plus-employer cap is $72,000, so the match is bounded well below those in practice by the formula and your own rate.

### PTO: pick one divisor and reuse it

PTO value is a daily rate times days. The daily rate is salary divided by 260 working days, or equivalently salary divided by 2,080 hours for an hourly figure. The catch is that sources disagree on the divisor, and the choice silently moves the number by roughly 40 percent.

| Method | Per-day/hour | 15-day value |
|---|---|---|
| Salary ÷ 260 workdays | $288.46/day | $4,327 |
| Salary ÷ 2,080 hrs (×8) | $36.06/hr | $4,327 |
| Salary ÷ 365 days | $205.48/day | $3,082 |

The 260-workday and 2,080-hour methods agree because paid leave replaces workdays. The 365-day method understates the value of workdays-only leave. Use salary divided by 260, but the divisor you choose matters less than using the same divisor for both offers you are comparing. Mixing divisors - valuing one offer at 260 and another at 365 - is the single easiest way to make a comparison invalid.

## The procedure, start to finish

Here is the full run, from a stack of documents to one comparable number per offer. Budget about two and a half hours the first time, less for the second offer once your scenarios are built.

#### From benefits summary to one annual dollar figure

1. **Gather the documents** - Collect the SBC, the 401(k) match formula and vesting schedule, the PTO grant, and any ancillary perk list. Done means every benefit has a source number, not a guess.
2. **Value the health plan against your usage** - Build three scenarios - premium-only, expected, and OOP-max ceiling - from the SBC cost-sharing fields. Done means one expected annual out-of-pocket figure plus a worst case bounded by the OOP max.
3. **Credit the employer premium subsidy** - Add the employer-paid premium from the offer, or the benchmark near $7,885 single and $20,143 family. Done means a dollar figure for what the employer pays that you would otherwise fund.
4. **Value the 401(k) match** - Apply the formula at the contribution rate you will actually make, then multiply by your expected vested percentage given intended tenure. Done means annual match dollars, vesting-adjusted.
5. **Value PTO** - Multiply PTO days by a daily rate of salary divided by 260, or hours by salary divided by 2,080. Done means a PTO dollar figure using one divisor you will reuse for every offer.
6. **Value ancillary perks conservatively** - Count only perks you will realistically use, such as an HSA seed, life or disability coverage, or stipends. Done means a defensible small-dollar total with unused perks excluded.
7. **Sum and sanity-check** - Add the lines into one annual figure and compare against the roughly 30 percent of total compensation band. Done means a single number you can add to base or set against a second offer.
8. **Repeat for offer B and compare** - Run the same steps with identical divisors and scenarios. Done means two benefit totals built on the same basis.

Use this scoring skeleton to hold the lines in one place. It is built to be copied into a spreadsheet or a note, one row per benefit, one column per offer.

**Benefits value scoresheet**

```
LINE ITEM                          | OFFER A | OFFER B
Employer premium subsidy (annual)  |         |
Expected health out-of-pocket      |   (   ) |   (   )
401(k) match, vesting-adjusted     |         |
PTO value (salary / 260 x days)    |         |
Ancillary perks (used only)        |         |
-----------------------------------------------------
BENEFITS TOTAL (annual)            |         |
As % of total comp (sanity check)  |         |
Worst-case health = premium + OOP  |         |
```

*Fill each cell from the offer's own numbers; keep the PTO divisor and health scenarios identical across offers.*

The worst-case line at the bottom is not part of the total; it sits alongside as a separate read on downside risk, since two offers with the same expected value can carry very different tails.

## Where this goes wrong

The scoring fails in predictable ways, and every failure is a false positive that makes a package look better than it is. Learn these before you trust your own number.

| Failure mode | The false positive | Check |
|---|---|---|
| Employer cost as your value | Crediting the full $20,143 family premium when you would have bought cheaper | Value against your projected utilization, not the sticker |
| Ignoring premium in the worst case | Treating the OOP max as your total exposure | Worst case is premium plus OOP max; premiums never count toward the cap |
| Counting the full match pre-vesting | A $6,000 match on a 3-year cliff worth $0 if you leave in 18 months | Multiply by vested percent at your intended tenure |
| Match you will not capture | Crediting "50% up to 6%" when you contribute 3% | Match is conditional on your own deferral rate |
| PTO divisor inflation | Valuing one offer at salary ÷ 260 and another at ÷ 365 | Use the identical divisor for both offers |
| Ancillary perk inflation | Counting a gym stipend or life insurance you will not use | Include only perks with a realistic use probability |
| HDHP vs traditional confusion | Applying the $10,600 ceiling to an HDHP that caps at $8,500 | Read the plan type off the SBC |
| Out-of-network blind spot | Assuming the OOP max protects all spending | Out-of-network and non-covered services do not count toward it |

Two of these deserve extra weight. The employer-cost trap is the most common because generic calculators encourage it: they hand you the sticker premium and call it value. If you would have chosen a cheaper plan, the subsidy is worth the cheaper plan's cost to you, not the richer plan's. And the vesting trap is the most expensive because it can turn a headline number to zero. Ask for the vesting schedule in writing and read your own tenure intent honestly.

A useful cross-check on the whole total: if your benefits figure lands far above roughly 45 to 50 percent of base pay, something is inflated. BLS ECEC data holds private-industry benefits steady at 29.7 to 30.1 percent of total compensation across recent years, so a package that claims to be worth half of base is a signal to re-open the source numbers.

#### Reading two offers on value and downside

Horizontal axis runs from Low expected benefits value to High expected benefits value. Vertical axis runs from High worst-case exposure to Low worst-case exposure.

| Quadrant | What it means |
| --- | --- |
| Weak all round | Push on base pay or the match; the benefits will not carry this offer |
| Rich but risky | Good in a healthy year, exposed in a bad one; weigh the tail against your health |
| Safe but thin | Low risk and low value; fine if you rarely use care, otherwise negotiate |
| Best on both | Strong expected value and a low tail; this is the benefits offer to beat |

*Expected value and worst-case exposure are separate axes; a strong expected number can hide a bad tail.*

## Getting expert eyes on a hard case

When the plan is a self-funded design, the match formula is unusual, or the two offers are close enough that thousands hinge on the read, a benefits specialist can settle it in one conversation. That expertise is scarce and heavily concentrated. In Refolk's index of professional profiles, there are about 5,091 US benefits and compensation professionals against roughly 239 in the UK, a ratio of 21 to 1, and "Benefits Manager" is the single most common title in both markets.

| Market | Count | Top title | Ratio to UK |
|---|---|---|---|
| United States | 5,091 | Benefits Manager | 21.3x |
| United Kingdom | 239 | Benefits Manager | 1.0x |

Because so few people are equipped to model this, most candidates never have easy access to a professional at the moment they need one. [Refolk](/candidates) lets you find one by describing exactly who you need rather than searching titles, which is what makes a scarce specialty reachable in the days you have between an offer and a signature.

Ask me this: `Health plan actuaries who model out-of-pocket costs from Summary of Benefits and Coverage` - [run the search](https://www.refolk.ai/start?q=Health%20plan%20actuaries%20who%20model%20out-of-pocket%20costs%20from%20Summary%20of%20Benefits%20and%20Coverage).

*Returns people who read SBCs for a living and can pressure-test your three-scenario health model against a real plan design.*

Two-thirds of covered workers were in self-funded plans in 2025, which is exactly the case where an outside read pays off, since self-funded designs vary more than the standardized template alone reveals.

## Keeping the number honest

Before you treat the figure as decision-grade, run this list. Each item is a place the number quietly breaks.

#### Before you compare or sign

- [ ] Every line traces to an offer number or a named benchmark, not a guess
- [ ] The health plan is valued against your projected usage, not the employer's premium cost
- [ ] The worst-case figure is premium plus OOP max, and the plan type is read off the SBC
- [ ] The match is scored at the contribution rate you will actually make
- [ ] The match is multiplied by your vested percentage at your intended tenure
- [ ] PTO uses the same divisor for both offers being compared
- [ ] Only perks you will realistically use are counted
- [ ] The benefits total lands within a plausible band, well under half of base pay
- [ ] Offer A and offer B were scored on identical scenarios and divisors

The time-sensitive parts of this model are the dollar ceilings, and they move on a schedule. The ACA out-of-pocket maximum, the HSA-qualified HDHP limits, and the 401(k) deferral and combined caps are set annually, and the 2026 OOP figures here were themselves revised upward mid-year under a new methodology. When you reuse this framework for a later offer, re-pull the current OOP maximum and contribution limits from the official glossary and the deferral tables before you run the worst-case line. The method holds; the numbers inside it do not, so re-check the ceilings rather than trusting a figure you memorized. Everything else - value against usage, capture and vesting on the match, one divisor for PTO - is stable, and it is what turns a benefits summary into a number you can actually stand behind.

## Frequently asked questions

### How do I estimate my annual health plan cost from the SBC?

Read three fields from the SBC: the premium you pay, the deductible, and the out-of-pocket maximum. Your expected cost is your share of the premium plus your projected deductible and copays for routine care. Your worst case is premium plus the full OOP maximum, since covered in-network spending cannot exceed it. The SBC's standardized coverage examples - a simple fracture, Type 2 diabetes, and childbirth - help anchor a realistic middle scenario.

### How do I calculate the dollar value of a 401(k) match?

Identify the formula, such as 100% on the first 3% of salary, then compute the maximum employer dollars at the contribution rate you will actually make. On a $75,000 salary a 100%-of-first-3% match is $2,250 a year. Then multiply by your vested percentage at your intended tenure. Under ERISA a 3-year cliff means you keep nothing if you leave before three years, so tenure intent changes the value more than the formula does.

### What is a benefits package usually worth relative to base pay?

For private-industry workers, BLS ECEC data puts benefits at about 30 percent of total compensation - 30.1 percent in March 2026 and 29.7 percent a year earlier. That gives a sanity band: if your line-by-line total lands near a quarter to a third of total comp, it is plausible. A package claiming to be worth 45 to 50 percent or more of base pay is a red flag worth re-checking against the source numbers.

### How do I compare health insurance between two job offers fairly?

Value each plan against the same projected usage, not against employer cost. Build the same three scenarios for both - premium-only, expected, and OOP-max ceiling - and read plan type from each SBC, since an HSA-qualified HDHP caps at $8,500 self-only for 2026 while a traditional plan caps at $10,600. Two plans with identical premiums but different OOP maximums can differ by thousands in a bad year, so the tail matters.

### Which PTO divisor should I use, 260 or 2,080 or 365?

Use salary divided by 260 workdays, or the equivalent salary divided by 2,080 hours, because paid leave replaces workdays. The 365-day divisor understates workday leave: on $75,000 the 260 method yields $288 per day versus $205 under 365. The divisor you pick matters less than using the identical one for both offers, since mixing divisors can silently move the number about 40 percent and make one offer look better than it is.

---

*From the Refolk guide library. I revise these guides rather than replacing them, so the current version is always at https://www.refolk.ai/candidates/guides/benefits-package-value-scored*