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Mining Cooling Electricity Cost — Sequential Input-Change Attribution
x402
Mining Cooling Electricity Cost — Sequential Input-Change Attribution is a paid API for AI agents from market.datapackvibe.com, paid per call via x402, $0.01/call, status unknown (last checked 2026-10-15).
Performs sequential (waterfall) attribution analysis on mining cooling electricity costs, showing how changes in cooling power, hours, and electricity rate each contribute to total cost differences.
Price / call$0.01
Success—
StatusUnknown
How this service works
Mining cooling electricity cost — Sequential input-change attribution: Sequential input-change attribution for Mining cooling electricity cost. Supplied mining assumptions only; formula and units disclosed. No live prices, mining or guaranteed return. Specialised preset in a shared 50-profile, 20-operation engine. 0.01 USDC includes one bounded sequential input-change attribution report.
Output
A bounded sequential input-change attribution report detailing how each individual parameter change (cooling kW, operating hours, electricity rate) sequentially contributes to the total difference in mining cooling electricity cost between the before and after states, expressed in dollar terms per step in the waterfall sequence.
Example use cases
Cooling upgrade cost impact breakdown
“I upgraded my mining rig's cooling from 5 kW to 7 kW and extended runtime from 20 hours to 24 hours at $0.06/kWh, while before I was paying $0.05/kWh. Can you run a sequential attribution so I see which change — the extra cooling power, the longer hours, or the rate increase — added the most to my electricity bill?”
Electricity rate hike attribution
“My electricity rate jumped from $0.04 to $0.07 per kWh this month, cooling power stayed at 6 kW and hours at 22. Run a waterfall attribution on my mining cooling costs so I can see exactly how much of the cost increase is from the rate change versus anything else.”
Cooling efficiency scenario comparison
“Before my optimization, cooling was 8 kW for 30 hours at $0.055/kWh. After, it's 6.5 kW for 26 hours at $0.055/kWh. Do a sequential input-change attribution on the cooling electricity cost so I understand the step-by-step savings from reducing kW first, then reducing hours.”
Technical details
Endpoint
POSThttps://market.datapackvibe.com/x402/assistant-bx-mining-cooling-cost-waterfall?utm_source=zero.xyzWhen to prefer
Choose this endpoint when you need to understand not just the total cost difference between two mining cooling scenarios, but the step-by-step contribution of each individual input change (kW, hours, rate) to that difference — i.e. a waterfall/sequential attribution rather than a simple delta. Prefer it over a plain calculator when stakeholders need to see which variable drove costs most, or when justifying operational changes to a mining setup.
Side effects
- Missing required fields (cooling_kw, hours, or usd_per_kwh) in before or after object returns validation error
- Zero or negative values for any parameter are rejected (exclusiveMinimum: 0)
- Extremely large parameter values (approaching 10^16) may produce overflow or nonsensical results
- Payment of 0.01 USDC not completed via x402 protocol results in 402 Payment Required
- Malformed JSON body returns 400 Bad Request
Input
Schema · Request body
| Field | Type | Description |
|---|---|---|
| after | object | |
| before | object |
Tags
x402
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