English
| Quantity: | |
|---|---|
Sinopak
Product Introduction – Principle
Product Introduction – Design Concept
Product Introduction – Composition
Product Introduction – Modes
Key Technology
The power unit is centered on an IGBT current converter, which inverters a DC voltage into an AC voltage, and controls the frequency, amplitude and phase of the AC voltage to achieve the output reactive power regulation and filtering functions for the entire device.
The implementing device for the comprehensive control cabinet control and protection system should provide the fast inspection and calculation of reactive power capacity, thereby triggering pulse generation and distribution, and realizing layered and graded protection for the equipment package.
Characteristic Innovation – Type I Three-level Cascade Topology
Type I three-level H-bridge topology
Five-level output waveform from a Type I three-level H-bridge
Characteristic Innovation – Power Unit Structure
A single module is in a dual unit "two-in-one" structural design. Different from conventional two-in-one units available on the market, it uses a single master control board to achieve the cascade control output of two Type I three-level full bridges.
Structure topology of power module
Characteristic Innovation – Structural Advantages and Innovation
Characteristic Innovation – Master Control System
Product Planning
Product Introduction – Principle
Product Introduction – Design Concept
Product Introduction – Composition
Product Introduction – Modes
Key Technology
The power unit is centered on an IGBT current converter, which inverters a DC voltage into an AC voltage, and controls the frequency, amplitude and phase of the AC voltage to achieve the output reactive power regulation and filtering functions for the entire device.
The implementing device for the comprehensive control cabinet control and protection system should provide the fast inspection and calculation of reactive power capacity, thereby triggering pulse generation and distribution, and realizing layered and graded protection for the equipment package.
Characteristic Innovation – Type I Three-level Cascade Topology
Type I three-level H-bridge topology
Five-level output waveform from a Type I three-level H-bridge
Characteristic Innovation – Power Unit Structure
A single module is in a dual unit "two-in-one" structural design. Different from conventional two-in-one units available on the market, it uses a single master control board to achieve the cascade control output of two Type I three-level full bridges.
Structure topology of power module
Characteristic Innovation – Structural Advantages and Innovation
Characteristic Innovation – Master Control System
Product Planning
