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wtf is sunpower-monitor?

karak2112/sunpower-monitor — explained in plain English

Analysis updated 2026-05-18

1PythonAudience · generalComplexity · 4/5Setup · hard

TL;DR

A self-hosted monitoring system that reads data from a home SunPower PVS6 solar array, with a local web dashboard and an Android app for remote viewing.

Mindmap

mindmap
  root((Solar Monitor))
    What it does
      Reads PVS6 solar data
      Local dashboard
      Remote phone access
    Tech stack
      Python
      Docker
      TimescaleDB
      Kotlin
    Use cases
      Home solar monitoring
      Remote status checking
      Historical power tracking
    Audience
      Homeowners
      DIY hobbyists
    Components
      Home collector
      Cloud read replica
      Android app

Code map

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Why would anyone build with this?

REASON 1

Monitor your own SunPower PVS6 solar array's production and consumption at home.

REASON 2

Check your home solar system's status remotely from an Android phone.

REASON 3

Keep a private, self-hosted history of your solar production instead of relying on a vendor cloud app.

REASON 4

Set up a small cloud relay so a mobile app can safely access home data over HTTPS.

What's in the stack?

PythonDockerTimescaleDBKotlinReact

How it stacks up

karak2112/sunpower-monitor0xustaz/streamgatea-bissell/unleash-lite
Stars111
LanguagePythonPythonPython
Setup difficultyhardhardhard
Complexity4/54/54/5
Audiencegeneraldeveloperresearcher

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

How do you spin it up?

Difficulty · hard Time to first run · 1h+

Full setup needs Docker on a home PC, a PVS6 device on the local network, and optionally a DigitalOcean server plus Android build tools for remote access.

The README does not state a license.

Wtf does this do

Solar Monitor is a self-hosted system for keeping track of a SunPower PVS6 solar panel setup at home. It reads data directly from the owner's own PVS6 device on their home network, stores the history in a local database, and shows it through a web page. A separate cloud copy of the data lets a companion Android app check on the system from anywhere, without ever giving outside devices direct access to the solar equipment itself. The home part of the system runs on a Windows PC using Docker, and includes a collector that reads data from the PVS6 every 300 seconds, a local time-series database, and a web app reachable in a browser on the home network. By default the project runs with safe sample data instead of contacting a real device, and switching to live data just means changing a setting and adding the device's password to a local configuration file that is kept out of version control. For remote access, the setup includes an optional cloud component hosted on a DigitalOcean server, which acts as a read-only copy fed by the home system. The phone app talks only to this cloud copy over HTTPS, never to the home network or the solar equipment directly. Setting this part up involves provisioning a small cloud server, deploying a cloud API, and enabling a sync process on the home PC that regularly sends the latest data up to it. The Android app itself is a native app built with Kotlin and Jetpack Compose that shows a live view of the home's power flow, matching what the web interface shows, and adjusts its layout for portrait or landscape orientation. Building a signed release version requires a Java Development Kit, the Android SDK, and a personal signing key that is never uploaded anywhere. The README is explicit about safety: the connection to the solar equipment is read-only, the recommended check interval is 300 seconds, there are no subnet scans or firmware changes, and the home system should never be exposed directly to the public internet. It also notes that Home Assistant, a separate home automation tool, is not required to use this project, though support for it may be added later.

Yoink these prompts

Prompt 1
Help me set up the Solar Monitor Docker Compose stack on Windows with sample fixture data first.
Prompt 2
Explain how to switch Solar Monitor from fixture data to live polling of my real PVS6 device.
Prompt 3
Walk me through provisioning the DigitalOcean cloud read replica for the Android app.
Prompt 4
Show me how to build a signed release APK for the Solar Monitor Android app.

Frequently asked questions

wtf is sunpower-monitor?

A self-hosted monitoring system that reads data from a home SunPower PVS6 solar array, with a local web dashboard and an Android app for remote viewing.

What language is sunpower-monitor written in?

Mainly Python. The stack also includes Python, Docker, TimescaleDB.

What license does sunpower-monitor use?

The README does not state a license.

How hard is sunpower-monitor to set up?

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

Who is sunpower-monitor for?

Mainly general.

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