Chia Profit Calculator

The Chia Profit Calculator projects ROI and break-even for Chia farming from plot capacity, electricity costs, hardware spend, and XCH price.

What Is a Chia Profit Calculator?

A Chia profit calculator estimates how much money you might make farming XCH after costs. It takes your storage capacity, power use, electricity price, pool fees, hardware costs, and the XCH price. It also factors in the size of the global netspace, because that sets your expected share of rewards.

The tool projects daily, monthly, and yearly results. It breaks down revenue in XCH and in your currency. It subtracts electricity, hardware depreciation, and other fees. It then shows net profit and key ratios, such as payback period and return on investment. You can change assumptions and run multiple scenarios side by side.

How to Use Chia Profit (Step by Step)

Set up your inputs before comparing results. Start with capacity and power draw. Add your local electricity rate and your target hardware lifespan. Include the pool fee if you farm with a pool. Finally, choose a current or target XCH price and netspace estimate.

• Enter total farm capacity in TB or PB you are actively farming.
• Enter average power draw for your farm while farming (not plotting).
• Select your electricity price per kWh from your bill.
• Enter netspace size and pool fee, or choose solo if you farm alone.
• Add hardware cost and lifespan to model daily depreciation.
• Set an XCH price, or link it to live market data if available.

Review the outputs. Check daily XCH, revenue in currency, and total daily costs. Flip between different ranges and scenarios for price, netspace, and power. Use the comparison view to see how small changes affect payback time.

Equations Used by the Chia Profit Calculator

The calculator uses straightforward finance and probability equations. It converts your share of total netspace into expected XCH per day. It then applies fees, converts to currency, and subtracts operating and capital costs. Here are the core formulas behind the scenes.

• Space share = Your capacity (TB) ÷ Total netspace (TB)
• Expected XCH/day (pooled) = Space share × Network XCH/day × (1 − Pool fee) × (1 − stale rate)
• Expected XCH/day (solo) = Space share × Network XCH/day × (1 − orphan rate) × (1 − stale rate)
• Electricity cost/day = Power (W) ÷ 1000 × 24 × Electricity price (per kWh)
• Depreciation/day = Hardware cost ÷ Lifespan (days)
• Gross revenue/day (currency) = Expected XCH/day × XCH price × (1 − exchange fee − slippage)

Pooled farming smooths payouts but charges a fee. Solo farming has no pool fee but high variance. The calculator supports both by switching the fee and variance assumptions. You can also add optional costs like colocation or internet service.

Inputs, Assumptions & Parameters

Reliable inputs produce useful profit estimates. You can enter your own data, or start with defaults and adjust. The model uses assumptions for fees, slippage, and stale shares. It also supports sensitivity ranges, so you can test best- and worst-case scenarios.

• Farm capacity: Total storage actively farming (TB or PB).
• Estimated netspace: Global total storage competing for rewards.
• XCH price: Spot price or a target price for planning.
• Power draw: Average watts your farm uses while farming.
• Electricity price: Cost per kWh from your utility bill.
• Hardware cost and lifespan: Capital cost and years to amortize.

Some inputs have wide ranges. Netspace can grow or shrink quickly. Power draw varies by drives and controllers. Prices can be volatile. Test edge cases: low price and high netspace, then high price and stable netspace. Document each assumption so you can track why results changed.

Using the Chia Profit Calculator: A Walkthrough

Here’s a concise overview before we dive into the key points:

1. Enter your current farm capacity in TB and confirm it matches your plots.
2. Input your average farming power draw in watts from a meter or spec sheet.
3. Set your electricity price per kWh from a recent bill.
4. Choose pooled or solo and enter the pool fee if applicable.
5. Enter an estimated netspace and the current XCH price.
6. Add hardware cost and lifespan to compute daily depreciation.

These points provide quick orientation—use them alongside the full explanations in this page.

Real-World Examples

Small pooled farm example. Context: You run 60 TB on USB drives at home. Power draw while farming averages 80 W. Your electricity rate is $0.12/kWh. You join a pool with a 1.5% fee. Assumptions: Netspace is 30,000,000 TB. Network mints 10,000 XCH per day. XCH price is $30. Hardware cost is $1,200, depreciated over 2 years (730 days). Calculation: Space share = 60 ÷ 30,000,000 = 0.000002. Expected XCH/day (pooled) = 0.000002 × 10,000 × (1 − 0.015) ≈ 0.0197 XCH/day. Gross revenue/day = 0.0197 × $30 ≈ $0.59. Electricity/day = 0.08 kW × 24 × $0.12 ≈ $0.23. Depreciation/day = $1,200 ÷ 730 ≈ $1.64. Net profit/day ≈ $0.59 − $0.23 − $1.64 = −$1.28.

What this means: With these assumptions and ranges, a small farm loses money unless price rises, costs fall, or capacity increases.

Mid-size pooled farm example. Context: You run 500 TB in a small rack. Farming power is 120 W. Electricity is $0.10/kWh. You pool at a 0.8% fee. Assumptions: Netspace is 10,000,000 TB. Network mints 10,000 XCH/day. XCH is $45. Hardware cost is $6,000, depreciated over 3 years (1,095 days). Calculation: Space share = 500 ÷ 10,000,000 = 0.00005. Expected XCH/day = 0.00005 × 10,000 × (1 − 0.008) ≈ 0.496 XCH/day. Gross revenue/day ≈ 0.496 × $45 ≈ $22.32. Electricity/day = 0.12 kW × 24 × $0.10 ≈ $0.29. Depreciation/day = $6,000 ÷ 1,095 ≈ $5.48. Net profit/day ≈ $22.32 − $0.29 − $5.48 = $16.55.

What this means: At this price and netspace, a mid-size farm covers costs and pays back in about 363 days.

Accuracy & Limitations

Profit estimates depend on inputs and assumptions you control. Markets move and netspace shifts. Your actual payouts will vary. Treat results as planning guidance, not a guarantee.

• Price and netspace can change faster than your hardware plans adapt.
• Pool fees, stale rates, and exchange costs differ by provider and region.
• Power draw may vary with drive age, temperature, and controller load.
• Taxes, import duties, and warranty costs are not universal and may be excluded.

Update inputs often. Save versions for different scenarios and ranges. Compare results with real pool payouts over a week or more. Adjust the model to fit your actual farm data.

Units and Symbols

Units ensure consistency when comparing scenarios. The calculator converts power and storage into costs and expected rewards. Use the same units for your farm and for netspace to avoid distorted results.

Match your farm capacity and the netspace in the same storage unit. If netspace is in PB, convert your capacity to PB as well. For power, check the device label and confirm with a meter if possible.

Troubleshooting

If results look off, start with the basics. Confirm that units match, values are reasonable, and fees are correct. Check whether you entered plotting power instead of farming power. Ensure netspace is recent, not months old.

• Profit seems too high: Pool fee set to 0% or netspace too small.
• Profit seems too low: Power draw too high or price not updated.
• Negative profit: Recheck depreciation period or double-counted costs.
• Solo variance shock: Enable pooled mode to smooth payouts.

When in doubt, compare against your pool’s weekly payout history. Adjust stale rate and pool fee to match your provider. Keep a changelog of assumptions so you can track differences.

FAQ about Chia Profit Calculator

Does the calculator support both pooled and solo farming?

Yes. Switch between pooled and solo. The model adapts fees and payout variance assumptions accordingly.

How often should I update price and netspace?

Update weekly at a minimum. During volatile periods, update daily to keep scenarios current.

Do I include plotting costs?

Yes, if they are material. Add one-time energy and wear to hardware cost or as a short-term operating expense.

Can I model taxes?

You can add a tax rate as an extra cost line. The exact method varies by region, so consult a tax professional.

Key Terms in Chia Profit

Netspace

The total global storage actively farming Chia. It defines your share of rewards relative to your capacity.

Pool Fee

The percentage a pool charges from your rewards. It pays for stable payouts and pool operations.

Stale Rate

The fraction of partials or proofs that arrive too late to count. Lower is better; optimize network and hardware.

Depreciation

The daily cost of your hardware spread across its lifespan. It turns capital expense into a per-day cost.

Payback Period

The time required for net profits to equal your initial hardware cost. Shorter periods mean faster recovery.

Electricity Cost

The daily expense from your power use. It depends on watts, hours, and your price per kWh.

Variance

The natural randomness in solo rewards. Pools reduce variance but charge a fee for stable payouts.

Sources & Further Reading

Here’s a concise overview before we dive into the key points:

• Chia Network Official Documentation — Technical concepts, pooling protocol, and farming guides.
• Chia Pooling Protocol Overview — How pooling works and what fees mean for payouts.
• XCHScan Netspace Charts — Current and historical netspace metrics for scenario inputs.
• Chia (XCH) Price and Market Data on CoinGecko — Live prices for revenue conversion.
• U.S. EIA Electricity Monthly Update — Reference for regional electricity prices.

These points provide quick orientation—use them alongside the full explanations in this page.