The power tracker is an IOT based device that helps us to keep track of our power consumption. It also alerts us when we are exceeding the power usage limit. With this device, we don’t have to wait until the end of the month to know our power usage. Daily usage alert helps us control our power consumption. [gallery columns="1" size="full" ids="31731,31732"] This is a small compact device that we just have t ...

Sun tracker systems are widely used in solar panel setups to get maximum performance. You may want to use one in your personal solar panel setup. Now you can make your own with an Arduino, following the project that’s designed by RobotGeek Team and Wade Filewich. Parts You’ll Need: RobotGeek Desktop Roboturret x1 RobotGeek Rotation Knob x2 RobotGeek Light Sensor x4 RobotGeek Small Workbench x1 Arduino UNO ...

Use Amazon Alexa Devices and Sensors to find where objects are in home, or your office. Story A ton of inanimate objects are part of our life, and we add them day after day. We spend inordinate amount of time searching for these in times of need. These inanimate objects can be categorized by frequency of use as follows 1) Uses on a daily basis Glasses, keys, phones, cables, chargers, laptops, wallets, purse ...

Arduino Solar Tracker Solar energy is one of the fastest growing industries in the world; today more than 65 GW energy is produced by solar power. Since solar energy is renewable, it is a good power source, especially for developing countries. In this project, I am going to show you how to make a solar tracker using Arduino Nano. The solar panel tracker is designed to follow the sun movement so that maximum ...

Use MKR1000 to show the Santa location in real-time on a colorful world map made of neopixels. Things used in this project Hardware components Arduino MKR1000 × 1 Raspberry Pi 3 Model B × 1 FR-1 Printed Circuit Board Blanks × 2 Translucent Colored Cast Acrylic (Sign Lighting White 40%) × 1 Neopixel WS2812B × 30 Micro USB female connector × 1 SMD 10uF Capacitor × 30 SMD 1000uF Capacitor × 1 M3 Nylon screws, ...

First a thank you to my Team members Sean Halloran and Gvozden Suvajlo, they came up with this idea and executed it, this project would not be possible without their ideas and skills. The GPS tracking device is composed of a micro controller, GPS module, cell module, and batteries all housed in a 3D printed case. The micro controller is programmed to communicate with both the cell module and GPS module. Whe ...

Have you come out of a store and said to yourself, where did I park my car? Well, I have. Now, there are a lot of smartphone applications that can help you locate your car but smartphones are expensive. So this Lazy Old Geek (L.O.G.) decided to make my own. HowItWorks: When you park your car, you press the button, car tracker calculates the car location GPS coordinates and stores them in EEPROM so the car t ...

This project describes how you can build a mobile real time GPS tracker with integrated Google Maps. I began this project mainly to see if I can integrate all the different pieces of hardware and software to make a workable solution, and it took some time, but finally when everything was said and done, it looked pretty cool. I tore down everything and rebuilt it from scratch, making detailed notes and docum ...

First a thank you to my Team members Sean Halloran and Gvozden Suvajlo, they came up with this idea and executed it, this project would not be possible without their ideas and skills. The GPS tracking device is composed of a micro controller, GPS module, cell module, and batteries all housed in a 3D printed case. The micro controller is programmed to communicate with both the cell module and GPS module. Whe ...

One of the coolest projects I have done so-far with my kids is a "near-space" balloon. That's not quite into space itself (100Km+) but so high that the sky looks black and you can start to see the curvature of the earth below you. In order to take this kind of photo you need to send a camera up to the stratosphere. Ours went 38Km (124,000 feet) straight up. This is easy enough: you attach it to a massive ba ...

This project is an update of my original Peak Power Tracker Battery Charger Project. It is designed to control a 12V solar panel charging a 12V lead acid battery. The updated version of this project uses the Arduino Duemilanove development board (from www.sparkfun.com) as the basis for the project. Then I used the Arduino Protoshield Kit (also from www.sparkfun.com) to contruct the charging circuit and mate ...

[INTRO] This past semester, I decided to build a GPS receiver with an iPhone app that tracks it for my semester project. Here is a step-by-step tutorial to show you how you can build your own. [OVERVIEW] Architecture of my Real-Time GPS Tracker project. I’ll be using the diagram above to explain how the project is put together. Starting from the satellite at the top of the diagram, the GPS module receives G ...