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what is solar-crypto-mining-farm-maximization-control fr?

0xrphl/solar-crypto-mining-farm-maximization-control — explained in plain English

Analysis updated 2026-05-18

6C++Audience · ops devopsComplexity · 5/5Setup · hard

tl;dr

A DIY controller that automatically mines Bitcoin using only surplus home solar power, never pulling from the grid.

vibe map

mindmap
  root((Solar Miner))
    What it does
      Monitors solar surplus
      Scales miners up or down
      Never uses grid power
    Tech stack
      C++
      ESP32-S3
      Tasmota relays
      Supabase
    Use cases
      Home solar mining
      Energy surplus automation
      Off grid Bitcoin rig
    Audience
      Hardware hobbyists
      Solar homeowners
      Bitcoin miners

Code map

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filefunction / class

what do people make with this?

VIBE 1

Build a home Bitcoin mining rig that only ever runs on surplus solar power.

VIBE 2

Automatically scale mining hardware up or down based on live energy monitoring.

VIBE 3

Track solar, grid, and mining power flow through a real-time local dashboard.

VIBE 4

Log solar and mining performance data to a cloud database for long term review.

what's the stack?

C++ESP32-S3TasmotaSupabase

how it stacks up fr

0xrphl/solar-crypto-mining-farm-maximization-control0xknowles/rubydeepak1556/node-memwatch
Stars666
LanguageC++C++C++
Last pushed2022-12-29
MaintenanceDormant
Setup difficultyhardmoderatemoderate
Complexity5/54/53/5
Audienceops devopsresearcherdeveloper

Figures from each repo's GitHub metadata at analysis time.

how do i run it?

Difficulty · hard time til it works · 1day+

Requires an existing home solar array plus specific ESP32 hardware, relays, and mining machines to wire together.

The README does not state a license, so check with the repository owner before reusing this work.

in plain english

This project is the code and hardware plan for a home solar Bitcoin mining setup that only mines using free solar power, never electricity bought from the grid. A small microcontroller called an ESP32-S3 checks a six channel energy monitor every thirty seconds to see how much extra solar power the house is producing beyond what it needs. Based on that reading, the system automatically turns Bitcoin mining machines on or off, or switches them between sixteen different power modes, so mining always stays within the amount of surplus solar energy available. The core rule is simple: if the home is pulling power from the grid, the system scales mining down. If the home is sending extra power out to the grid, the system scales mining up. This way the owner never pays for electricity specifically to mine Bitcoin. Every five minutes the controller checks that its mining hardware is actually in the state it expects, averages recent power readings, works out how much solar surplus is available, and then picks the best mining setting that fits under that surplus, sending commands to smart relays and to the mining machines directly. The system also runs a live web dashboard on the local network showing solar, grid, and home power readings, individual mining machine status like hash rate and temperature, and manual controls for the relays. There is also a separate three dimensional visualization of the whole setup, built with a web graphics library, that can be viewed online. All the data is also logged to a cloud database for the owner to review over time. The hardware list includes a solar panel array, microinverters, an energy monitoring device, smart relay boards, and a small fleet of Bitcoin mining machines of different sizes and power draws. This is a hands-on hardware project for someone who already owns or is building a home solar power system and wants to add automated, grid-free Bitcoin mining on top of it. The README does not state a software license.

prompts (copy fr)

prompt 1
Explain how this project decides when to turn mining machines on or off based on solar surplus.
prompt 2
Help me plan a shopping list of hardware similar to this project for my own home solar mining setup.
prompt 3
Walk me through how the ESP32 microcontroller code checks energy readings and controls relays.
prompt 4
Help me design a simple web dashboard to show live solar and mining power data like this project does.

Frequently asked questions

what is solar-crypto-mining-farm-maximization-control fr?

A DIY controller that automatically mines Bitcoin using only surplus home solar power, never pulling from the grid.

What language is solar-crypto-mining-farm-maximization-control written in?

Mainly C++. The stack also includes C++, ESP32-S3, Tasmota.

What license does solar-crypto-mining-farm-maximization-control use?

The README does not state a license, so check with the repository owner before reusing this work.

How hard is solar-crypto-mining-farm-maximization-control to set up?

Setup difficulty is rated hard, with roughly 1day+ to a first successful run.

Who is solar-crypto-mining-farm-maximization-control for?

Mainly ops devops.

peek the repo → explain another one

This repo across BitVibe Labs

double-check against the repo, no cap.