Solar-Driven Communication Network: Meshtastic
In a fascinating science experiment, radio amateur [saveitforparts] has been testing various solar panel setups for the Meshtastic node in Alaska's chilly climes. The Meshtastic node, a popular toy among radio amateurs, was recently left in a remote location on the southern Alaskan coastline.
The objective of [saveitforparts]'s experiments was to determine if the Meshtastic node could be powered solely by solar energy, making it an ideal solution for remote locations. He tested three different models: a commercial solar charger, an off-the-shelf panel, and a panel from a solar garden light.
[saveitforparts]'s experiments, which are the subject of a recent video, were conducted in Alaska's harsh conditions. The Meshtastic node, placed on a rocky piece of the coastline, is now waiting for someone to find it as part of [saveitforparts]'s challenge.
The Meshtastic node is designed to run on lithium-ion or li-po batteries, but [saveitforparts]'s experiments aim to eliminate the need for these power sources. However, not all solar panel setups are equally effective. While the commercial solar charger and the off-the-shelf panel can keep an ESP32 with a radio going all day, the solar garden light panel falls short.
The Meshtastic node has gained significant popularity over the past year, and its potential location in Alaska could make it accessible to passing cruise ships. Despite being a toy, the Meshtastic node is used by radio amateurs for various purposes, and some have even considered running them from solar panels.
[saveitforparts]'s experiments in Alaska are a significant step towards understanding the potential of solar power for the Meshtastic node. As more people become interested in this technology, we can expect to see more innovative solutions and experiments in the future.
Stay tuned for updates on [saveitforparts]'s experiments and the search for the Meshtastic node in Alaska.
