By harnessing an innovative contactless and electromagnetic harvesting technology, Our products enable the conversion of electromagnetic field energy produced by power lines -- regardless of the power line voltage -- into an power energy source. Our products are not current transformers but power transformers which convert electromagnetic energy into power energy when near the power lines even in the absence of transformers or outlets. Our power transformer is operating not only at linear region, but also at saturation region.
For a better understanding, please refer to published by IEEE ACCESS on June 3, 2021 jointly by Ferraris Power and KAIST. (https://ferrarispower.com/downloads) The world's first technology that only Ferraris Power has linear power scalability and input/output power variation controllability. To better understand the technology, see the illustrated graphs and video description below.
What is the Ferraris technology, which can convert electromagnetic energy into large-scale power energy?
Power supply solution (Tolenoid C® and PH4IoTs):
Our power supply solution can be used anywhere with near by active power lines to supply electricity for customers IoT equipment's (CCTV, Wi-Fi, access point, and sensors) even in the absence of transformers or outlets. Our products were developed so that customers may directly connects to an IoT equipment's with DC output; customers IoT equipment's (built-in battery) can be charged with the electricity generated from the our product, so that customers may conveniently supply power to their IoT equipment's without replacing the battery. Our products has a customizable Wi-Fi feature (optional): customers can monitor the electromagnetic harvesting power status, real-time status of battery capability, and diagnostic measures of the battery.
Power added solution (Decentralized power generator):
The ERR (Energy Recycling Reservoir) system is designed to be multi high-voltage regulator devices and more 108-216 contactless ring core linked to incoming power lines to generate power energy from electromagnetic energy variation produced from incoming power lines by linear power scalability technology. The produced power energy by the ERR system then can be stored in the battery to be used when needed or real-time distributed to the load. Which means harvesting electromagnetic energy and using power energy for load are happened at the same time, which ultimately increasing electricity generation capacity and saves electricity.
When the ERR system supplying power to low-power factor loads, the ERR system can reduce the reactive power (Kvarh) through power factor improvement method. Through experimentation and trial runs using incoming power line current, electrical usage pattern analysis, field environment analysis, application of the ERR system has proven its stability in its installation and operation.
The chicken-and-egg conundrum:
In addition to the interested government officials, automotive suppliers and all users of electric vehicle hope a level 3 charging infra network to be built in an economic and timely manner.
However, the impact of the grid system and the power plants that may occur while EVs charge at level 3 charging infra is overlooked by many.