| In order to make use of the POQiRX, it is strongly recommended that a BLiVIT be in conjunction with this project. The receiver can be used...
| In order to make use of the POQiRX, it is strongly recommended that a BLiVIT be in conjunction with this project. The receiver can be used...
| This project is a wireless power transmitter, compliant with the WPC consortium's Qi specification for managed wireless power transfer. ...
| Update 5/8/2015Labeled as Dead End since no progress has been made in two years.Project starts here
| During the past year the author has built a standalone solar panel system, which included the construction of the panels themselves. Such a...
| Here’s how three Elektor readers came up with an idea for a fully automatic fast charger to keep the batteries in prime condition. This low-...
| For the solar panel test, which was published in the July 2009 issue, we also asked for a number of smaller solar panels. These small panels...
| The self-balancing single-axle DIY electrovehicle uses sealed lead acid (SLA) batteries for power. You can of course use the supplied charge...
| The BQ24013 is a simple-to-use charge controller suitable for use with lithium-ion and lithium-polymer batteries. A major advantage it has i...
| It takes only a handful of components to build our intelligent regulator. It uses a PIC 12C671 microcontroller, which has the double advanta...
| This project doesn’t use a microcontroller, nor even the slightest specialized integrated circuit (IC). In spite of this, it will look after...