Hvpf Series High Voltage Customized Passive Filter Compensation Device
Product Details
| Customization: | Available |
|---|---|
| Certification: | ISO9001, CCC, Type Test/CE |
| Protection: | IP20/IP65 |
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Year of Establishment
2002-06-24
Address
Floor1-3, Bldg 6, 2nd Industrial Park, Guanlong Xili, Nanshan District, Shenzhen, ...
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Basic Info.
- Model NO.
- HVPF
- Installation
- Outdoor/Indoor
- Housing
- Aluminum Zinc Steel
- Rated Voltage
- 3-35kv
- Target Harmonics
- 3rd, 5th, 7th, 11th, 13th, etc. (Including High-PA
- Filtering Performance
- Complies with GB/T 14549-1993, IEEE 519-2014, IEC
- Additional Benefits
- Reduces Transformer and Line Losses, Enhances Tran
- Transport Package
- Plywood
- Specification
- 100-20000kvar
- Trademark
- Sanhe
- Origin
- China
- HS Code
- 8537209000
- Production Capacity
- 10000PCS\\Year
Product Description
HVPF
Series High Voltage Passive Filter Compensation Device
Rated Voltage: 3-35kv
Rated Frequency: 50HZ
Function:HVPF series high voltage passive filter compensation device is the best scheme to solve the voltage and current distortion, the device is in order to achieve harmonic control and take reactive power compensation be auxiliary, not only make the system harmonic voltage distortion rate and harmonic current flowing into the grid to meet the requirements of the national standard, but also improve the power factor, so as to achieve the dual purpose of management and energy saving.
Application: Machinery manufacturing, metallurgy, mining, coal, chemical industry, tap water, building materials, port, electrified railway.
Installation: indoor\outdoor
Harmonic flow diagram after a capacitor and a grid form a parallel resonant circuit
Harmonic flow diagram with HVPF passive filter
Competitive Advantage
F
Flexible structural style
Safe, stable and reliable
Effective management and energy conservation
Technology parameter
**HVPF Series High Voltage Harmonic Filter - Frequently Asked Questions (Q&A)**
**Q1: What is the main problem this product solves?**
A: The HVPF series high-voltage passive harmonic filter is mainly used to solve "power pollution" problems in industrial grids. Specifically, it can **effectively filter out high-order harmonics** (generated by non-linear loads such as VFDs and rectifiers) while simultaneously **providing reactive power compensation**. This improves voltage quality, reduces equipment losses, increases the power factor, and ensures safe and stable grid operation.
**Q2: How does it work?**
A: The filter consists of filter capacitors, reactors, and (optionally) resistors forming a filtering circuit that is connected in **parallel** with the harmonic source being mitigated. Its core principle is to **provide a very low impedance path** for specific high-order harmonics (e.g., 5th, 7th), allowing most of the harmonic current to flow into the filter instead of spreading into the main grid. This keeps grid harmonic distortion within permissible standard limits. Meanwhile, at the fundamental frequency (50Hz/60Hz), it behaves capacitively, supplying reactive power to the grid.
**Q3: Which harmonics can it filter, and what are the compensation results?**
A: The product supports flexible topologies and can be configured as **single-tuned, double-tuned, or high-pass filters** to target major high-order harmonics like the 3rd, 5th, 7th, 11th, and 13th. Regarding compensation, it can **raise the power factor to above 0.95** and ensures filtering performance complies with **Chinese National Standard GB/T 14549** and **international standards like IEEE 519**.
**Q4: How do I select the right filter for my project?**
A: Selection is not a simple "buy and install" process; it is a customized process based on precise simulation and on-site data. You need to provide:
* **System Parameters**: Transformer data, short-circuit capacity at the installation point, single-line diagram, etc.
* **Harmonic Source Information**: Type of major harmonic-generating equipment (e.g., VFDs, medium-frequency furnaces) and their parameters, preferably with on-site **harmonic test data**.
* **Installation Conditions**: Site environment, cabinet dimensions, required protection level, etc.
* **Performance Requirements**: Target power factor, allowable harmonic distortion rate, etc.
Sanhe will use this information for computer-aided simulation to determine the optimal filter branches and capacity.
**Q5: What are the environmental requirements for using the product?**
A: The standard operating conditions are as follows, but customization for special environments is available:
* **Ambient Temperature**: -25°C to +45°C
* **Relative Humidity**: ≤ 95%
* **Altitude**: ≤ 1000 meters (customizable for high-altitude applications)
* **Installation Location**: Must be free from severe vibration, explosion hazards, corrosive gases, and conductive dust.
**Q6: What key safety protection features does the product have?**
A: The product features multiple safety mechanisms:
* **Electrical Protection**: Equipped with comprehensive protection functions including overvoltage, undervoltage, overcurrent, unbalance, and fuse protection.
* **Physical Safety**: Standardly includes a **live display** and **electromagnetic forced interlock** to ensure personnel safety during maintenance and inspection.
**Q7: What technical support services do you provide?**
A: Sanhe offers full-process technical services from preliminary analysis to post-project optimization, including:
1. On-site harmonic detection, analysis, and report provision.
2. Proposing customized solutions based on site conditions.
3. Determining and optimizing harmonic control schemes.
4. Testing, evaluating, and adjusting reactive power compensation plans.
**Q8: What information is needed to place an order?**
A: To ensure an accurate solution, please provide as much information as possible from the "Ordering Information Required" table, mainly including: **system parameters, harmonic source details, installation environment conditions, and your specific performance requirements**. This will help us quickly design the optimal filtering solution for you.
Series High Voltage Passive Filter Compensation Device
Rated Voltage: 3-35kv
Rated Frequency: 50HZ
Function:HVPF series high voltage passive filter compensation device is the best scheme to solve the voltage and current distortion, the device is in order to achieve harmonic control and take reactive power compensation be auxiliary, not only make the system harmonic voltage distortion rate and harmonic current flowing into the grid to meet the requirements of the national standard, but also improve the power factor, so as to achieve the dual purpose of management and energy saving.
Application: Machinery manufacturing, metallurgy, mining, coal, chemical industry, tap water, building materials, port, electrified railway.
Installation: indoor\outdoor
Harmonic flow diagram after a capacitor and a grid form a parallel resonant circuit
Harmonic flow diagram with HVPF passive filter
Competitive Advantage
F
Flexible structural style
Safe, stable and reliable
Effective management and energy conservation
Technology parameter
| Rated voltage | 3~35kV |
| Rated fundamental frequency | 50Hz |
| Mode of connection | Y |
| Structural style | Indoor cabinet type IP2X, indoor and outdoor frame type configuration security fence |
| Protected mode | Overvoltage ,undervoltage, overcurrent, unbalanced, fuse protection |
| Filter harmonic | 3,5,7,11,13times (High-Pass Filter) |
**HVPF Series High Voltage Harmonic Filter - Frequently Asked Questions (Q&A)**
**Q1: What is the main problem this product solves?**
A: The HVPF series high-voltage passive harmonic filter is mainly used to solve "power pollution" problems in industrial grids. Specifically, it can **effectively filter out high-order harmonics** (generated by non-linear loads such as VFDs and rectifiers) while simultaneously **providing reactive power compensation**. This improves voltage quality, reduces equipment losses, increases the power factor, and ensures safe and stable grid operation.
**Q2: How does it work?**
A: The filter consists of filter capacitors, reactors, and (optionally) resistors forming a filtering circuit that is connected in **parallel** with the harmonic source being mitigated. Its core principle is to **provide a very low impedance path** for specific high-order harmonics (e.g., 5th, 7th), allowing most of the harmonic current to flow into the filter instead of spreading into the main grid. This keeps grid harmonic distortion within permissible standard limits. Meanwhile, at the fundamental frequency (50Hz/60Hz), it behaves capacitively, supplying reactive power to the grid.
**Q3: Which harmonics can it filter, and what are the compensation results?**
A: The product supports flexible topologies and can be configured as **single-tuned, double-tuned, or high-pass filters** to target major high-order harmonics like the 3rd, 5th, 7th, 11th, and 13th. Regarding compensation, it can **raise the power factor to above 0.95** and ensures filtering performance complies with **Chinese National Standard GB/T 14549** and **international standards like IEEE 519**.
**Q4: How do I select the right filter for my project?**
A: Selection is not a simple "buy and install" process; it is a customized process based on precise simulation and on-site data. You need to provide:
* **System Parameters**: Transformer data, short-circuit capacity at the installation point, single-line diagram, etc.
* **Harmonic Source Information**: Type of major harmonic-generating equipment (e.g., VFDs, medium-frequency furnaces) and their parameters, preferably with on-site **harmonic test data**.
* **Installation Conditions**: Site environment, cabinet dimensions, required protection level, etc.
* **Performance Requirements**: Target power factor, allowable harmonic distortion rate, etc.
Sanhe will use this information for computer-aided simulation to determine the optimal filter branches and capacity.
**Q5: What are the environmental requirements for using the product?**
A: The standard operating conditions are as follows, but customization for special environments is available:
* **Ambient Temperature**: -25°C to +45°C
* **Relative Humidity**: ≤ 95%
* **Altitude**: ≤ 1000 meters (customizable for high-altitude applications)
* **Installation Location**: Must be free from severe vibration, explosion hazards, corrosive gases, and conductive dust.
**Q6: What key safety protection features does the product have?**
A: The product features multiple safety mechanisms:
* **Electrical Protection**: Equipped with comprehensive protection functions including overvoltage, undervoltage, overcurrent, unbalance, and fuse protection.
* **Physical Safety**: Standardly includes a **live display** and **electromagnetic forced interlock** to ensure personnel safety during maintenance and inspection.
**Q7: What technical support services do you provide?**
A: Sanhe offers full-process technical services from preliminary analysis to post-project optimization, including:
1. On-site harmonic detection, analysis, and report provision.
2. Proposing customized solutions based on site conditions.
3. Determining and optimizing harmonic control schemes.
4. Testing, evaluating, and adjusting reactive power compensation plans.
**Q8: What information is needed to place an order?**
A: To ensure an accurate solution, please provide as much information as possible from the "Ordering Information Required" table, mainly including: **system parameters, harmonic source details, installation environment conditions, and your specific performance requirements**. This will help us quickly design the optimal filtering solution for you.
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