- Introduction to PINEELE TBB High Voltage Compensation Cabinet
- Why Choose a PINEELE High Voltage Compensation Cabinet?
- ✅ Designed for Medium to High Voltage Grids
- ✅ Modular and Scalable
- ✅ Built for Safety and Reliability
- Basic Specifications
- Technical Parameters Table
- Structural Composition of the High Voltage Compensation Cabinet
- 1. Circuit Breaker Section
- 2. Capacitor Bank Area
- 3. Control and Monitoring Panel
- 4. Cable Termination Compartment
- Advanced Functional Features
- Application Benefits
- Frequently Asked Questions (FAQs)
- 1. What is the function of a High Voltage Compensation Cabinet?
- 2. Can the PINEELE cabinet be integrated with smart grid systems?
- 3. Is the cabinet customizable for specific installation needs?
- Real-World Applications
Introduction to PINEELE TBBHigh Voltage CompensationCabinet
APINEELE TBB High Voltage Compensation Cabinetis a premium-grade solution designed forreactive power compensationin6kV and 10kV powerdistributionsystems. Developed with advanced modular design, intelligent protection systems, and international standards compliance, thisNagyfeszültségű kompenzációs szekrényensures improved power factor, reduced energy loss, and increased operational stability across industrial, commercial, and infrastructure sectors.
Housed in afully metal-clad enclosure, this all-in-onehigh voltagecompensation solutionintegrates circuit breakers, capacitor banks, intelligent controllers, and metering devices for seamless performance. By employing eitherABB VD4vagyVS1 vacuum circuit breakers, and leveraging a compact yet robust architecture, thePINEELE compensation cabinetis ideal for medium-voltage reactive power regulation in modern smart grid systems.
Why Choose a PINEELE High Voltage Compensation Cabinet?
✅ Designed for Medium to High Voltage Grids
- Rated up to40.5kV, compatible with6kV/10kV systems
- Provides real-time compensation for reactive power loads
✅ Modular and Scalable
- Fullyall-packaged cabinetconfiguration with separate functional compartments
- Scalable for different reactive power needs (1%–12% permittivity adjustable)
✅ Built for Safety and Reliability
- Fail-safe interlocking,withdrawable units, and IP4X protection level
- Fully enclosed design to prevent pest ingress and foreign object intrusion
Basic Specifications
| Parameter | Value |
|---|---|
| Model No. | AC |
| Certification | ISO9001 |
| Shell Material | Steel Plate |
| Voltage Level | High Voltage |
| Installation | Removable |
| Structure | Cabinet |
| Current Type | AC |
| Type | Distribution Metering Box |
| Form | All-Packaged Type |
| Operation Voltage | Low Voltage |
| Size | Custom Made |
| Protection Class | IP4X |
| Rated Control Voltage | AC110V, 220V; DC110V, 220V |
| Rated System Voltage | 40.5kV |
| Névleges frekvencia | 50Hz |
| Origin | Jiangsu, China |
| Transport | Wooden Box |
| HS Code | 85372090 |
Technical Parameters Table
| Project | Technical Parameters |
|---|---|
| Névleges feszültség | 6kV / 10kV |
| 1-Min Power Frequency Withstand Voltage | 23kV / 30kV |
| Auxiliary Control Circuit Withstand Voltage | 2000V |
| Névleges frekvencia | 50Hz |
| Protection Class | IP40 |
| Permittivity Range | 1% – 12% |
Structural Composition of the High Voltage Compensation Cabinet
APINEELE High Voltage Compensation Cabinetis carefully engineered with several independently functioning compartments:
1. Circuit Breaker Section
- Equipped withABB VD4vagyVS1 vacuum circuit breaker
- Modular design ensures easy maintenance and high breaking capacity
2. Capacitor Bank Area
- Uses dry-type capacitors configured in series-parallel networks
- Real-time switching based on reactive load demands
3. Control and Monitoring Panel
- Intelligent reactive power controller
- Digital or analog meters, relay interfaces, optional touchscreen display
4. Cable Termination Compartment
- Oversized junction box for complex industrial wiring
- Convenient access design for inspection and maintenance
Advanced Functional Features
- Reactive Power Compensation
Automatically adjusts capacitor banks to maintain a stable power factor. - Energy Efficiency Optimization
Reduces line loss and improves voltage stability across the network. - Built-in Intelligent Control
Supports digital interfaces (MODBUS/RS485), remote monitoring, and fault alarms. - Structural Integrity & Durability
Constructed with galvanized aluminum steel, rust-free and high-precision build. - Interlock Protection
Prevents unsafe access or switching during operation. - Earthquake & Arc-Resistant
Rigorously tested for fault containment and vibration resilience.
Application Benefits
Deploying aPINEELE High Voltage Compensation Cabinetoffers:
- Improved power factor (typically from 0.75 to >0.95)
- Enhanced transformer and line load capacity
- Reduced reactive energy bills
- Increased safety and equipment protection
- Smart grid integration readiness
Frequently Asked Questions (FAQs)
1. What is the function of a High Voltage Compensation Cabinet?
ANagyfeszültségű kompenzációs szekrényimproves power system efficiency byautomatically compensating reactive powerusing capacitor banks. This reduces transformer load, lowers energy costs, and enhances voltage regulation.
2. Can the PINEELE cabinet be integrated with smart grid systems?
Yes, thePINEELE High Voltage Compensation Cabinetincludes support for digital communication protocols, making it fullycompatible with SCADA and IoT-based energy platforms.
3. Is the cabinet customizable for specific installation needs?
Absolutely. The cabinet can be tailored in terms ofsize,perm capacity,control voltage,breaker brand, ésinterface typeto meet unique project requirements.
Real-World Applications
APINEELE TBB High Voltage Compensation Cabinetis suitable for:
- Heavy industries (steel, cement, chemical plants)
- Semiconductor manufacturing
- High-rise buildings and complexes
- Data centers and IT parks
- Transportation hubs and metro systems
- Construction and tunnel projects
- Power substations and transformer stations
- Wind and solar renewable energy systems
