After years of passion and research, we developed the first Solid-State Cells that could emit significant values of voltage and current.
The physical process that is produced inside the cell allows a continuous regeneration current thus allowing a virtually constant charge to be maintained.
The first prototypes
Why not apply it to something practical?
This was the question we asked one day when the cell was already able to generate significant current values and maintain them at constant levels. Therefore, thanks to a spirit of creativity, we designed and built QLisa; a table lamp that does not need to be plugged into an electric socket. It has an internal battery connected through a closed circuit to a stack of solid cells. Moreover, thanks to its distinctive design, there are no connecting wires, since the transmission of current between the power supply and the OLED plate occurs through its conductive chassis. Following on from this, we designed QShower; a lamp that uses an LED strip instead of the OLED technology for illumination.
The start of the StartUp
In April 2017, given the huge interest and the encouraging results, we decided to create a company that would allow us to raise funds in order to continue research and development of the project to a higher level and on a bigger scale.
Thus, GQenergy Srl was born; a startup founded with the aim of developing and producing environmentally sustainable products.
Our first step is to be able to apply this innovative system to a normal cover-battery for mobile phones to prolong their battery life, hence avoiding frequent recharging via an electrical socket.
An infinity of possible applications
Since the Solid-State Cell may be integrated into any type of battery, its field of application is very wide; such as the world of boats, public lighting or simply to work tools or household devices.
Respect for the environment starts from the little things and each of us can make an important contribution.
Our dream and, we strongly hope, yours too, is to only see electric cars on our roads in the near future.
For this reason, when our product is fully developed, we would like to apply it to the world of electric cars, allowing us to constantly feed their batteries hence delivering greater autonomy and efficiency.