Our product is compatible with the electric grid and power systems making it easy to integrate and connect at the grid level or the end user level
A Superconducting Magnetic Energy Storage (SMES) system works like a big, super-efficient rechargeable battery. It stores energy by circulating electric current in a loop made of a special wire. This wire, called Superconductor, has a unique property: it can carry electricity without losing any energy to heat, as long as it's kept very cold.
When we need to use the stored energy, we just allow the current to flow out of the loop, converting it into a form we can use. This makes the SMES system able to charge and discharge in seconds.
A superconductor is a material that can conduct electric current with zero resistance. Traditionally, superconductors required extremely low temperatures to exhibit this behavior. However, with the advent of second-generation high-temperature superconductors (HTS), the need for intense cooling has significantly reduced. This development makes HTS more practical and cost-effective for applications like Superconducting Magnetic Energy Storage (SMES). Now, with HTS technology becoming more accessible, SMES is gaining momentum as an efficient and sustainable solution for energy storage.
SMES were made before using a cryogenic fluid for refrigeration and conductors that need to be cooled near absolute zero. Our SMES uses a new generation of superconductor ( 2G-HTS) and a refrigerator for cooling making the system portable, movable and stand alone.
The power Conditioning System includes a power electronic converter, controller and monitoring system to insure the right form of energy for the user and control its charging and discharging. These systems are well known and commercially available.
Our product is compatible with the electric grid and power systems making it easy to integrate and connect at the grid level or the end user level.