Energy Storage High Power High Current Inductor Toroidal For New Energy​

1.High Current Carrying Capacity
High Power High Current Inductor is designed to carry tens or even hundreds of amps of current for high power applications.

2. Low DC Resistance (DCR)
Low resistance materials (e.g. thick copper wire or copper foil) are used to minimize energy loss and improve efficiency.

3. Excellent thermal performance
The design emphasizes on heat dissipation, usually using open structure or heat sink to prevent overheating.

4. High magnetic saturation current
High permeability core materials (e.g. ferrite or alloy powder) are used to avoid magnetic saturation and ensure stable performance.

5. Compact design
Despite the high current carrying capacity, the relatively small size through optimized design facilitates integration.

3.Functionality

1.Energy Storage
Principle: When the current passes through the inductor, according to the principle of electromagnetic induction, the High Power High Current Inductor will generate a magnetic field, which converts the electrical energy into magnetic field energy and stores it. When the current changes, the stored magnetic field energy will be converted into electrical energy and released to maintain the continuity of the current.

2.Filtering
Principle: High Power High Current Inductor presents reactance to the alternating current, the size of the reactance is proportional to the inductance value and the frequency of the alternating current (which is the reactance, the frequency, the inductance value). In the filter circuit, it works with capacitors and other components, using its impedance characteristics of different frequency signals, allowing DC or low-frequency signals to pass through, preventing high-frequency signals from passing through.

3. Choke
Principle: Through its own inductive properties, the current changes to produce obstruction. When the current in the circuit changes, the induced electromotive force generated by the High Power High Current Inductor will prevent the sudden change of current.

4. Power Factor Correction
Principle: In AC circuits, inductive loads (e.g. motors, etc.) can cause the current to lag behind the voltage, resulting in a lower power factor. High-power high-current inductors can be used in conjunction with capacitors to adjust the phase relationship of the circuit so that the current and voltage are in phase as much as possible, improving the power factor.

5. Electromagnetic interference suppression
Principle: For external electromagnetic interference signals, High Power High Current Inductor can use its inductive properties, the interference signal into a magnetic field can be stored or consumed, so as to inhibit the interference signal into the circuit. At the same time, for the circuit itself produces electromagnetic interference, inductors can also play a certain isolation and inhibition.