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Top Static Frequency Converter Manufacturers in China

Static Frequency Converter Solutions

The Static Frequency Converter, also known as the Solid State Frequency Converter, is a sophisticated solution for converting alternating current (AC) power frequencies seamlessly between levels, such as from 50 Hz to 60 Hz or vice versa. With the integration of advanced power electronics, this state-of-the-art device ensures precise, reliable, and efficient frequency control, making it indispensable across industries with diverse power needs.

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Static Frequency Converters

What is a static frequency converter?

A static frequency converter (SFC), also known as a solid-state frequency converter, is an electronic device designed to convert the frequency of an alternating current (AC) power source from one level to another, such as 50 Hz to 60 Hz or vice versa. Unlike rotary frequency converters, SFCs have no moving parts in their power path, relying instead on advanced power electronics. This double conversion process involves transforming AC to DC via a rectifier and then back to AC at the desired frequency using an inverter, ensuring precise and stable output.

SFCs are essential for enabling equipment to operate seamlessly in regions with differing power standards, such as aviation, marine, and industrial applications. They provide clean, reliable power with high efficiency, minimal maintenance, and the ability to simulate international power system standards, including 400 Hz for the aviation industry. Their compact, solid-state design makes them a versatile and sustainable solution for modern power conversion needs.

Why Choose Our Static Frequency Converter?

  • Unmatched Efficiency:Leverage cutting-edge power electronics that provide reliable frequency conversion while ensuring minimal energy loss.

  • Versatile Applications:Perfect for aviation, marine, industrial processes, and renewable energy systems. Enables compatibility between differing global power standards (50 Hz–60 Hz).

  • Compact, Modular Design:Save valuable space with our compact design. Easily scale operations by integrating additional modules as needed.

  • Ease of Maintenance:Our SFC is engineered for straightforward, cost-effective upkeep, significantly reducing lifecycle costs.

  • Enhanced Reliability:Built with high-grade components to ensure uninterrupted operation and long-term dependability.

Static Frequency Converters

Top Features of the Static Frequency Converter

When it comes to efficiency, static frequency converters hold a distinct advantage over their rotary counterparts. The absence of mechanical components in SFCs means there is less energy loss during the conversion process. This translates to higher efficiency rates, making static converters a more sustainable choice for long-term use. Furthermore, the solid state technology used in SFCs ensures that they can handle variable frequency and voltage demands with ease, providing a more adaptable solution for modern power systems.

Dual Conversion Technology

Converts AC to DC and back to AC at a target frequency for precise output control.

Customizable Voltage and Frequency

Tailored to meet your specific power requirements, ensuring optimal performance.

Solid-State Design

No moving parts, leading to minimal wear and reduced maintenance costs.

Energy Integration

Easily supports renewable energy inputs or environmentally friendly transport systems.

The Working Principle of Static Frequency Converters

Rectifier And Inverter

Rectification

The incoming AC power is converted into DC using a rectifier.

DC Transformation

The intermediate DC stage allows for precise control and flexibility in power conversion.

Inversion

The DC is converted back into AC at the desired output frequency using an inverter.

Advanced Technology

Utilizes semiconductor devices like insulated gate bipolar transistors (IGBTs) for efficient and reliable operation.

Optional Battery Integration

Batteries can be added to provide autonomous power during grid failures.

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What Is a Single Phase Static Converter?

A single-phase static converter is an electronic device designed to convert single-phase AC power into a different frequency or voltage using solid-state technology. It operates without moving parts, relying on advanced power electronics to perform the conversion. The process typically involves rectifying the incoming single-phase AC power to DC and then inverting it back to AC at the desired frequency or voltage.

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What Is a 3 Phase Static Converter?

A 3-phase static converter is an electronic device that converts three-phase AC power into a different frequency or voltage using solid-state technology. It operates by rectifying the incoming three-phase AC power into DC and then inverting it back into AC at the desired frequency or voltage. This process is achieved without any moving parts, making it highly reliable and low-maintenance.

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Our Static Frequency Converter Technical Parameter

NameDate
Input VoltageSingle-phase power supply£º220V £¬50HZ/60HZ
Three-phase power supply£º380V £¬50HZ/60HZ
Rated voltage of motor0~2000V
Motor rated power0.1～1000.0kW
Rated current of motor0.1～6553.5A
Motor stator resistance0.001~65.535Ω
Motor rotor resistance0.001~65.535Ω
Maximum Frequency Range50.00Hz～630.00Hz(Factory value 50.00HZ)
Carrier Frequency1.0～15.0kHz
No-load Cur0.1~6553.5A
Industries We Serve

Applications of Static Frequency Converters

Static frequency converters (SFCs) play a vital role in enabling efficient and reliable power systems across a range of industries. Their ability to convert frequencies, stabilize voltage, and ensure compatibility with diverse power standards makes them indispensable in critical operations.

Aircraft Ground Power

SFCs supply stable 400 Hz power to aircraft during ground operations, ensuring uninterrupted functioning of avionics and systems during maintenance and boarding.

Marine

Ideal for ships traveling between regions with differing power standards, SFCs ensure seamless operation of onboard systems regardless of local grid frequencies.

Industrial Manufacturing

SFCs help operate high-precision machinery at specific frequencies, increasing production efficiency and minimizing equipment calibration issues.

Energy Infrastructure

Facilitate interconnection of solar, wind, or hydro systems to existing grids, optimizing output and supporting sustainable energy goals.

Testing and R&D Facilities

Provide precise frequency and voltage control for testing equipment, ensuring reliable results in research and development.

Why Choose Our Static Frequency Changer

  • Efficiency: Advanced power electronics ensure minimal energy loss and precise output.

  • Reliability: Solid-state design with no moving parts guarantees durability and low maintenance.

  • Versatility: Supports diverse industries like aviation, marine, industrial, and energy sectors.

  • Global Compatibility: Adapts to 50 Hz or 60 Hz standards seamlessly.

  • Customizable: Tailored solutions for specific voltage and frequency needs.

  • Sustainability: Enables renewable energy integration for eco-friendly operations.

Static Frequency Converters

Top Reviews of Static Frequency Converters

Understand from our clients what they say about doing business with us and the unique value addition we provide.

I recently installed a Static Frequency Converter in our manufacturing plant, and I am genuinely impressed with its performance. The frequency conversion is highly efficient, ensuring that our machines operate smoothly without any interruptions. It provides stable voltage regulation, which is crucial for maintaining power quality in our operations. The load capacity is impressive, handling our high-demand equipment with ease. Despite its robust performance, the noise level is surprisingly low, making it a pleasant addition to our workspace.
Emily Rodriguez
Mechanical Engineer
The Static Frequency Converter we integrated into our facility has exceeded expectations. It's incredibly efficient in frequency conversion, providing consistent power quality that supports our diverse range of equipment. Voltage regulation is stable, which is vital for our complex operations. The noise level is minimal, a feature that our team greatly appreciates. I found the installation process to be quick and easy, with clear instructions provided. Maintenance is simple, and the device's reliability ensures minimal downtime.
Jonathan Hughes
Plant Manager

How Does a Static Converter Work?

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