What does this calculator estimate?
It estimates the economics of solar-powered crypto mining with or without batteries. The energy model becomes yearly cash flow, payback, NPV, IRR, and long-term profit.
Configure a miner fleet, solar array, and batteries. Estimate energy flows, grid imports, inflation-aware cash flow, payback, and long-term profit in one place.
Guided setup
Move from project mode to ROI in five steps. Recommendations stay automatic until you decide to override them.
Choose the operating mode and how you want to size solar.
Grid mode is the simplest path: solar offsets your bill and the grid fills the gap.
Solar is targeting 75% of combined load.
The model simulates a typical day hour by hour: solar production, mining and site load, battery charge and discharge, grid imports and exports, and unmet load in undersized off-grid systems. The guided interface introduces the assumptions in manageable steps.
Use it for ASIC farms, off-grid pilots, or grid-tied installations where solar offsets energy costs.
Open the advanced sections when you need to tune solar efficiency, battery behavior, discount rates, electricity inflation, or yearly mining-revenue change.
It estimates the economics of solar-powered crypto mining with or without batteries. The energy model becomes yearly cash flow, payback, NPV, IRR, and long-term profit.
No. You enter expected daily revenue per miner and an optional yearly change. This keeps the assumptions transparent as markets and mining difficulty move.
Yes. Inflation-aware mode compounds grid prices, export value, and running costs by your chosen yearly rate. Real mode keeps them flat in today's money.
Yes. Choose off-grid mode and size the solar array and batteries. The tool warns when the system cannot cover the full daily load.
No. This is an engineering-style planning estimate. Compare it with installer quotes, pool data, taxes, regulation, and local utility rules before investing.