Power Platform ROI Calculator | elijah.ai
Power Platform ROI Series

Power Platform ROI Calculator

Estimate time and cost savings from your automation.

Meeting your automation ROI goals depends on time saved, how often the process runs, and what you spend to build and license it. This calculator helps you estimate gross savings, net Year 1 return, and payback period. Adjust the inputs below and watch the results and chart update in real time.

Minutes of manual work each run replaces
How often the flow or process runs
Salary, benefits, overhead. Microsoft uses $50 in examples.
One-time cost to build (e.g., 40 hrs × $50)
Power Automate, Power Apps, or other per-user/month costs

Your estimated results

Time saved per month 83.3 hrs
Monthly savings (before costs) $4,167
Annual savings (before costs) $50,000
Net savings (Year 1) $47,820
Payback period ~0.5 months

Cost vs. savings (updates as you type)

Total costs (Year 1)
$0
Annual gross savings
$0
Net Year 1
$0

Cumulative position over 12 months

Shows how your position changes month by month. Starts negative (implementation cost) and rises as savings accumulate. Crosses zero at payback.

Formula: (Time saved per run ÷ 60) × Runs × Hourly rate = Gross savings. Net = Gross − Implementation − (License × 12). Payback = Implementation ÷ (Monthly gross − Monthly license).
Disclaimer: This calculator provides estimates only. Actual savings depend on process accuracy, adoption, and other factors. Use it to support business cases and discussions, not as a guarantee of results.

Based on 4 sources

  1. Microsoft. Choose the best methods and tools to measure business value. Microsoft Learn, Power Platform adoption guidance.
  2. Microsoft. Business value toolkit. Center of Excellence (CoE) Starter Kit documentation.
  3. Forrester. The Total Economic Impact of Microsoft Power Platform. July 2024. Composite ROI and payback methodology.
  4. Microsoft. Quantify time and money savings delivered by automations. Power Platform release plan 2025 wave 1.

Calculator definitions

Time saved per run

The number of minutes of manual work that each automation run replaces. If a flow processes an approval that used to take 5 minutes by hand, enter 5. Microsoft's business value example uses 2–3 minutes per vehicle inspection.

Runs per month

How often the flow or automated process runs in a typical month. A daily approval flow for 20 people might run 400–600 times per month depending on volume.

Fully loaded hourly rate

The total cost per hour of the person whose time is being saved, including salary, benefits, and overhead. Microsoft's adoption guidance uses $50 per hour for field engineers. Adjust for your organization's labor costs.

Implementation cost

The one-time cost to build the solution: development hours × hourly rate, plus any external consulting or tooling. Example: 40 hours at $50/hour = $2,000.

Monthly licensing cost

Power Automate, Power Apps, or other per-user, per-month licensing costs for the people using the solution. Power Automate per-user plans and Power Apps per-app plans are common.

Payback period

The number of months until cumulative savings equal implementation cost. Formula: Implementation cost ÷ (Monthly gross savings − Monthly license). Forrester's 2024 Power Platform study found payback in under six months for a composite organization.