73 Results for "《 예약문의 OIO↗8489↗8306》선릉가라오케や가라오케추천received가라오케가라오케가라오케사이즈scarcely 청담가라오케иª가라오케사이즈glowing"

Solar powered Bluetooth Thermometer with Supercap
Project by MartMet
Run Xiaomi Thermometer LYWSD03MMC with a supercapacitor and mini solarpanel.
- 1.2k
- 24

dayTime
Project by Simon Merrett
sync your microcontroller to the diurnal cycle using sensor data
- 3
- 6

Open source solar powered weather station
Project by Rob Latour
multiple sensors with lots of redundancy + direct publishing to weather services + MQTT support + OTA updates
- 4
- 3

WiFi Rocks V2
Project by OzQube
An exploration into the conversion of solar garden lights into outdoor WiFi-enabled devices
- 3
- 1

Rugged Solar Generator 2.5kW
Project by Philip Ian Haasnoot
A 2.5kW solar generator designed for overlanding and outdoor adventures in mind.
- 87
- 81

DC Power Cables
Project by William
A simple, inexpensive 12 & 24 Volt DC nominal cable system.
- 2
- 1

Tetrinsic [gd0041]
Project by kelvinA
A continuous, motorized fader that is force sensitive, haptic and self-sterilising.
- 17
- 17

PotatoP
Project by Andreas Eriksen
A LISP-programmable laptop with battery life measured in years
- 602
- 85

Home Assistant Solar Tracker
Project by Vini's Lab
Solar Tracker based on ESP32 with low cost actuators integrated on Home Assistant
- 45
- 34

Glass Tube Solar Thermionic Converters
Project by Nick Poole
Thermionic energy conversion isn't very efficient (it's also nothing new) but they *are* photovoltaic devices you can build with a torch
- 3.2k
- 24

LCD Solar Creatures
Project by Gabor
Solar-powered creatures that react to energy with animations on a 7-segment LCD. And they blink at night!
- 7
- 12

DeepTracker
Project by Isaac Atia-Abugbilla
Sun tracking solar panels using low cost hardware and deep learning
- 1
- 1

LoRa End Node & Remote Monitoring System
Project by jstuart
A LoRa remote solar powered monitoring system designed to be as flexible as possible and connect to a variety of sensors/sensor modules
- 8
- 6

Solar Setup Off-Grid
Project by ercarb6238
48V LiFePO4 48AH, 3kW inverter, 400 W solar (will be increased)
- 2
- 2

The Learner's Heliostat
Project by David Matthew Mooney
A heliostat to provide experience in making greater use of sunlight for heating, lighting, and drying, thus reducing my carbon footprint.
- 7
- 7

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