Company Information

• Business Information INNOIOT is an innovative company established to contribute to reducing the energy supply shortage and greenhouse gas, which is a global problem, through the technology to convert the discarded magnetic field generated from the electric power line into electric energy by harvesting it.

• Technology INNOIOT's innovative non-contact magnetic field harvesting energy conversion technology can convert the electromagnetic field generated by the power line into energy and power regardless of the voltage of the power line. Our product is not a current transformer, but a power transformer that converts magnetic energy into electrical energy near the power line regardless of the power line voltage. Our power supply solutions (Tolenoid C® and PH4IoTs) can be used to power IoT equipment (CCTV, Super Wi-Fi, access points and sensors) anywhere close to power lines, even without transformers or outlets. . Our products have been developed for customers to connect directly to IoT sensor devices with DC output. The built-in battery can be charged with electricity generated internally in our product, so customers can conveniently supply power to IoT sensor devices without replacing the battery. The technology is also scalable to Energy Recycling Reservoir (ERR) systems that can generate large-scale power. The ERR system is designed with multiple contactless cores (linear power scalability technology) attached to an incoming power line to utilize electrical energy derived from magnetic energy changes occurring in the power line. The harvested electrical energy can then be stored in batteries for use when needed or distributed to loads in real time. Innoiot's ERR system is a new concept ESS (Energy Srorage System) solution that enables magnetic energy harvesting and power use at the same time. When the ERR system supplies power to a low power factor load, reactive power can be dramatically reduced through the power factor improvement method. Operational reliability has been proven. ERR systems are typically installed contactless on three-phase, four-wire power lines (R, S, T, N). ERR systems can be cascaded (serial) and/or paralleled and are highly scalable in distributed installations. This scalable capability allows customers to easily determine the power capacity of their ERR system based on their environment and customer requirements. ERR systems use high-density vehicle batteries or lithium-ion battery systems. The energy stored inside the battery system can be recovered to the building load by the Power Control System (PCS). The PCS can carry out the normal DC to AC conversion and perform other functions already included in the normal UPS system. For example, it can be applied to various fields such as commercial buildings, server operating companies, EV charging stations (level 3 charging), cold storage, high-power storage warehouses and factories such as frozen food, solar power plants, wind power plants, etc. It can be easily used to continuously utilize magnetic energy in existing distribution lines without having to do so. In addition, ERR systems can additionally generate high power from existing power generation systems. Installing an ERR system in each high-rise building in a city can increase energy efficiency while generating energy (through harvesting excess magnetic energy) that serves as a local power plant. By increasing the capacity of the batteries used in the ERR system, it can be used as a backup power source for the building. Compared to traditional diesel backup generators, ERR system batteries produce no smoke or noise, and can quickly switch over to supply power from a standby generator in case of a power outage, reducing the backup generator's O&M costs. Assuming ERR systems are installed in 100, 200 or 1,000 different buildings, or assuming a sudden power outage or shortage due to an emergency situation, the ERR system can also be used to supply reliable electrical energy to the building's loads.