Key Takeaways
- The ROI of energy RFP tracking comes from two places: the BD time you save finding and screening RFPs, and the expected value of the extra bids you would otherwise miss.
- At 5 hours a week and a $100/hour loaded cost, manual RFP searching costs about $24,000 a year per person.
- One extra bid a year at a 15% win rate and $200,000 gross margin is worth about $30,000 a year in expected value.
- Against a $3,840/year tool, time savings alone return roughly 6x. Including the bid upside, roughly 14x.
- The break-even bar is low: about 48 minutes of BD time a week, or roughly a 2% chance of one extra win a year.
- The math does not work for every team. Single-territory bidders, mostly private C&I pipelines, and teams with a full-time monitor may not need a tool.
Energy RFP tracking is the work of finding, screening, and monitoring utility solicitations so your business development team can decide which ones to bid on. The ROI of energy RFP tracking is the value of the time it saves plus the expected value of bids it helps you win, divided by what it costs.
This post walks through that math step by step, using conservative numbers you can replace with your own. At the end there is a calculator you can use for your team.
The Hidden Cost of Finding Utility RFPs
Utility RFPs are spread across more than 1,200 sources: utility procurement portals, consultant and independent evaluator websites, news outlets, regulatory filings, and industry organizations. There is no central registry. (For a closer look at where they are posted, see our guide to utility RFPs.)
Most BD and origination teams handle this by checking a list of websites by hand, relying on word of mouth, reviewing noisy email alerts, or hearing about a solicitation from a colleague after it has already been out for weeks.
When I ran RFP processes on the utility side as a procurement consultant, I saw this play out from the other side of the table. Strong developers missed solicitations entirely, or submitted rushed bids because they found out late. The projects were good. The timing was not.
That experience points to two separate costs:
- The time spent searching for and screening RFPs.
- The deals you never bid on because you did not find them in time.
Let’s look at each one.
Cost #1: The Time Spent Finding and Screening RFPs
What the work involves
Finding RFPs is only the first step. A typical week of manual RFP monitoring includes:
- Checking utility portals, consultant sites, and newsletters for new postings
- Reading 30, 50, or even 100+ page RFP documents to make a go/no-go decision
- Tracking deadlines, pre-bid meetings, and notice-of-intent dates in spreadsheets
- Re-checking pages for addenda, Q&A updates, and schedule changes
None of this is difficult, but it adds up, and it usually falls on senior people whose time is better spent on origination and customer relationships.
What is loaded cost?
Loaded cost is what an employee actually costs the business per hour: salary plus benefits, payroll taxes, and overhead. It is the right number to use when valuing time.
According to the U.S. Bureau of Labor Statistics, wages and salaries make up about 70% of employer compensation costs for private industry workers, with benefits making up the remaining 30% (BLS, June 2026). That puts total compensation at roughly 1.4x salary before overhead like office space and software. A reasonable rule of thumb is 1.4x to 1.5x salary.
In the example below, $100/hour is roughly the loaded cost of a BD or origination manager earning $130,000 to $140,000 a year.
Worked example
| Input | Value |
|---|---|
| Hours per week spent finding and screening RFPs | 5 |
| Loaded cost per hour | $100 |
| Working weeks per year | 48 |
| Annual cost per person | $24,000 |
For a team of three people doing the same work, that is $72,000 a year. All three are covered by the Professional plan’s three included users, so the tool cost stays at $3,840.
Your numbers will be different. Some teams spend an hour a week. Others have someone spending a full day on it. Plug in your own hours in the calculator at the end of this post.
Cost #2: The RFPs You Never Bid On
Why a missed bid is not a lost deal
It is tempting to say a missed $50 million RFP cost you $50 million. It did not. You do not win every bid, and the contract value is not what comes back to your business.
A more honest way to value missed RFPs is expected value.
The expected value formula
Expected value of extra bids = extra bids per year × win rate × gross margin per win
Worked example:
- 1 extra bid per year
- 15% win rate
- $200,000 gross margin per win
1 × 15% × $200,000 = $30,000 a year in expected value.
Why margin, not contract value
Contract value includes the cost of equipment, labor, and financing. Gross margin is what is left for your business after those costs. Using margin keeps the math grounded in what a win is actually worth to you.
How margin varies by company type
What counts as “margin per win” depends on where you sit:
- Developers: The value of a PPA award or build-transfer win is usually the development profit when the project is sold or financed. This varies widely by project size and market, so use your own historical figures.
- EPCs: Utility-scale solar EPC margins are commonly cited in the range of 5% to 10% of contract value (SurgePV). On a $20 million EPC contract, that is $1 million to $2 million of gross margin.
- Equipment vendors and service providers: Margin per order depends on the product line and contract structure. A multi-year supply agreement is worth more than a single order.
If you are unsure, start with a conservative figure. The break-even math below shows that even low numbers tend to clear the bar.
The Break-Even Test
This is the core of the analysis: compare the value of time saved and extra bids against the cost of an RFP tracking tool. The example below uses the Energy Adepto Professional plan at $3,840 a year ($320/month, billed annually), but the same method works for any tool or for a dedicated hire. Professional includes three users; each additional user is $40/month ($480 a year), so a five-person team would pay $4,800 a year. The calculator below adjusts the tool cost as you change team size.
| Scenario | Annual value | Return multiple (value ÷ $3,840) |
|---|---|---|
| Time savings only | $24,000 | ~6x |
| Time savings + expected value of 1 extra bid | $54,000 | ~14x |
What does it take to break even?
The more useful question is how little has to go right for the tool to pay for itself:
- Time alone: $3,840 ÷ $100/hour ÷ 48 weeks = 0.8 hours, or about 48 minutes of BD time saved per week.
- Bids alone: $3,840 ÷ $200,000 margin = about a 2% chance of one extra win a year.
In other words, you do not need to believe the optimistic case. You only need to believe one of these small ones.
Sensitivity: When the Math Doesn't Work
No ROI estimate is complete without showing where it breaks down. The table below varies hours saved per week and win rate, holding everything else constant (one person, $100/hour, 48 weeks, one extra bid a year, $200,000 margin, $3,840 tool cost).
| Hours saved per week | Time only | + bid at 10% win rate | + bid at 15% win rate | + bid at 20% win rate |
|---|---|---|---|---|
| 1 | $4,800 (1.3x) | $24,800 (6.5x) | $34,800 (9.1x) | $44,800 (11.7x) |
| 3 | $14,400 (3.8x) | $34,400 (9.0x) | $44,400 (11.6x) | $54,400 (14.2x) |
| 5 | $24,000 (6.3x) | $44,000 (11.5x) | $54,000 (14.1x) | $64,000 (16.7x) |
The weak spot is the top-left cell. If a tool saves only an hour a week and never surfaces an extra bid, the return is about 1.3x, which is close to break-even. The bid upside is also an expected value, not a guarantee. Some years you will win nothing extra.
When an RFP tracking tool is probably not worth it
- You only bid in one utility’s territory. If you already watch that utility’s portal closely, there is little to find.
- You mostly pursue commercial and industrial deals. Many C&I solar and storage deals are negotiated privately and never become public RFPs.
- Someone already monitors sources full-time. If you have a dedicated analyst covering this well, the time savings shrink, though a tool may still make that person faster.
If one of these describes your team, the honest answer may be that you do not need a tool right now.
Beyond the Numbers
Some of the value of RFP tracking is hard to put in a spreadsheet, but it shows up in results.
- Timing. Finding an RFP in week 1 instead of week 4 means more time for site control, interconnection review, pricing, and partner outreach. The result is a better bid, not just a bid.
- Qualifying faster. Reading a structured summary instead of a 30-page document lets your team say no sooner to poor fits and spend proposal effort where it counts.
- Institutional memory. When RFPs, decisions, and win/loss reasons live in one system instead of scattered email threads, new team members can see what was pursued, what was passed on, and why.
For more on what happens after you find the right RFP, see our guide to winning utility-scale solar RFP proposals.
How to Calculate RFP ROI for Your Team
You can run this analysis in about 30 minutes with three inputs:
- Estimate hours per week across the team. Include searching, reading RFP documents for go/no-go, and tracking deadlines.
- Pull your win rate and average gross margin per win from the last two to three years of bids.
- Count the RFPs you heard about late or missed last year. This is your realistic “extra bids” number.
Then enter your figures in the calculator below.
RFP Tracking ROI Calculator
Estimate what finding and screening utility RFPs costs your team, and what one extra bid is worth.
Expected value = extra bids × win rate × gross margin per win. Use margin, not contract value. Results are estimates for planning purposes only.
Frequently Asked Questions
How do you calculate the ROI of an RFP tracking tool?
Add the annual value of BD time saved (hours per week × loaded hourly cost × working weeks) to the expected value of extra bids (extra bids × win rate × gross margin per win). Divide the total by the tool’s annual cost to get a return multiple.
What is the break-even point for RFP monitoring software?
For a $3,840/year tool and a $100/hour loaded cost, break-even is about 48 minutes of time saved per week, or about a 2% chance of one extra $200,000-margin win per year.
Why use gross margin instead of contract value?
Contract value includes pass-through costs like equipment and labor. Gross margin reflects what a win is actually worth to your business, which keeps the ROI estimate realistic.
See Which RFPs You Would Have Found This Quarter
The simplest way to test the math is to look at real data. Start a free 14-day trial of Energy Adepto, no credit card required, and see which solar, storage, and all-source RFPs were posted in your markets this quarter. Compare that list against the ones your team found on its own.
If you would rather walk through it together, book a demo.
