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Homelab & storage

Server planning, NAS, backups, energy and reproducible labs.

8 pages

Homelab & storage

Power measurement boundaries and meter accuracy

Comparable power readings require the same measurement boundary, a suitable operating range and openly documented measurement uncertainty.

Last checked: 18 Oct 2026
Homelab & storage

A protocol for measuring power draw

A lightweight protocol makes idle, typical-load and controlled-load readings reproducible without presenting them as an official certification.

Last checked: 18 Oct 2026
Homelab & storage

Calculating homelab energy costs

Power becomes kilowatt-hours only across time; cost is obtained by multiplying that energy by an explicitly selected unit price.

Last checked: 18 Oct 2026
Homelab & storage

3-2-1 backup and restore testing

A backup becomes credible only when separate copies exist and restoration works under documented conditions.

Last checked: 18 Oct 2026
Homelab & storage

NAS / network-attached storage

A NAS provides file storage over a network; RAID, snapshots, replication and backup solve different problems.

Last checked: 18 Oct 2026
Homelab & storage

Measuring homelab power correctly

A reproducible power profile connects exact hardware, measurement boundary, state, workload, duration and input voltage.

Last checked: 18 Oct 2026
Homelab & storage

Hosting a Minecraft server at home

A Minecraft server for friends mainly needs a fast core, sensibly chosen memory, a reachable port, tested backups and a power bill you measure rather than guess.

Last checked: 18 Oct 2026
Homelab & storage

Homelab backups with restic or Borg

restic and Borg create encrypted, deduplicated backups; a 3-2-1 setup needs separate targets, retention rules, integrity checks and a real restore test.

Last checked: 18 Oct 2026