LilyGo T-Solar Bausatz Kit

The LilyGo T-Solar Kit is a complete solution for solar-powered power supply of compatible LilyGo development boards. The set consists of a monocrystalline solar panel with 5.4W peak power and a weatherproof housing with mounting material, in which a suitable LilyGo board can be housed. The solar panel provides a voltage of 5.7V and a current of up to 947 mA at optimal load, the open-circuit voltage reaches 6.9V and the short-circuit current up to 994 mA. The connection is made via a JST-PH compatible plug that fits directly into the solar interfaces of current LilyGo boards, such as the T-Echo Lite, T-Beam, T3 or T-SIM series. The solar panel itself measures 233 × 152 × 6 mm and is equipped with a mounting bracket for setup. The supplied outdoor enclosure made of gray plastic measures 190 × 109 × 74 mm and is equipped with cable inlets, integrated seal, and antenna passages. It is hinge-guided, can be opened, and offers space for the LilyGo board, a battery, and the wiring. Four mounting screws and mounting accessories enable mounting on posts, walls, or masts. The kit is particularly suitable for off-grid applications outdoors, such as for LoRa gateways, Meshtastic nodes, or environmental sensors. The assembly is done as a kit: the LilyGo board and the lithium battery are not included and must be purchased separately. Note: The solar panel is directly compatible with boards that have a matching 2.0 solar connection.

Recommended Accessories:

Features:

Monocrystalline solar panel delivers 5.4W peak power with 5.7V at optimal load for solar-powered LilyGo applications.
Weatherproof plastic enclosure with integrated seal, cable inlets, and antenna passages protects electronics outdoors.
JST-PH compatible plug fits directly into the 2.0 solar interfaces of current LilyGo boards like T-Beam, T-Echo Lite, T3, and T-SIM series.
Solar panel mounting stand with three mounting bolts allows optimal alignment to the sun.
Four wall plugs and screws allow secure mounting of the enclosure on walls, posts, or masts.
Compact setup with solar panel 233 × 152 × 6 mm and enclosure 190 × 109 × 74 mm suitable for stationary outdoor applications.

Application Examples:

Off-grid Meshtastic node for building and expanding a decentralized LoRa network outdoors.
LoRa or LoRaWAN sensor node for monitoring environmental data in remote locations.
Solar tracker or localization system for mobile devices and vehicles.
Stationary weather station or soil moisture sensors in gardens or fields.
Citizen science projects and research measurement stations without connection to the power grid.