TBB10 High Voltage Reactive Power Automatic Compensation Device

1.TBB10 High Voltage Reactive Power Automatic Compensation Device 

The TBB10 High Voltage Reactive Power Automatic Compensation Device is a cutting-edge solution designed to optimize grid stability and energy efficiency in 6–10kV power systems. By dynamically adjusting reactive power based on real-time grid demands, this device minimizes voltage fluctuations, reduces energy losses, and ensures compliance with international electrical standards. Whether you’re managing aging infrastructure or industrial loads with rapid variations, the TBB10 delivers precise, automated compensation to enhance power quality and operational reliability.

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2.Technical Specifications

• Rated Voltage: 6–10kV
• Frequency: 50Hz
• Capacity Range: 100–10,000kVar
• Ambient Temperature: -25℃ to +45℃
• Reactor Options:
• Inrush Suppression: 0.1–1% reactance
• 5th+ Harmonic Suppression: 6% reactance
• 3rd+ Harmonic Suppression: 12% reactance

3.Key Features & Advantages

1. Intelligent Reactive Power Management

• Automatically tracks and compensates for reactive power imbalances, ensuring a power factor ≥0.95.
• Reduces transmission losses by up to 30% through real-time adjustments.

2. Robust Build for Harsh Environments

• Operates reliably in extreme temperatures (-25℃ to +45℃) and high-dust conditions.
• Arc-resistant enclosures and surge protection for enhanced safety.

3. Simplified Maintenance & Scalability

• Modular design allows easy capacity upgrades without system downtime.
• Self-diagnostic alerts and remote monitoring via IoT integration.

4. Harmonic Filtering Capabilities

• Optional 3rd, 5th, or 12th harmonic suppression reactors protect sensitive equipment.

4.Real-World Applications

Be used in a wide range of industries.

 

Industrial Plants

Eliminate power factor penalties in CNC machines and assembly lines while handling surge currents up to 100x rated capacity.

Substation

Stabilizes substation voltage against harmonics and intermittent generation from renewable inverters.

Commercial Buildings

Retrofit aging systems in hospitals or malls with silent (<45dB), flame-retardant capacitors that meet NFPA 70 fire codes.

 

5.How It Works？

The device uses advanced sensors to monitor voltage and current in real time. An intelligent controller calculates the optimal compensation strategy, activating capacitor banks within <20ms to neutralize reactive power imbalances. This rapid response prevents voltage sags/swells and maintains grid stability even under sudden load changes.

6.Manufacturing & Quality Assurance

• ISO 9001-Certified Production: Rigorous testing of components, including thermal cycling and dielectric strength checks.
• Patented Technologies: Developed through participation in China’s National 863 Program.
• Third-Party Validation: Compliance verified by IEC 60871, IEEE 18.

7.Why Choose Us?

• 25+ Years of Expertise: Trusted by top-tier utilities like State Grid and global industrial leaders.
• End-to-End Support: From custom design to 24/7 technical assistance.
• Sustainable Focus: Energy-saving designs aligned with ISO 14001 environmental standards.

8.FAQs

1. How does the TBB10 adapt to different grid voltages like 6kV or 10kV?

The device auto-detects system voltage and adjusts compensation parameters using programmable logic.

2. What certifications does the TBB10 hold?

It meets IEC 60871, IEEE 18  standards.

3. Can it prioritize voltage regulation during load spikes?

Yes—its dual-control algorithm balances reactive compensation with voltage stabilization.

4. What energy savings can I expect?

Typical users report 15–30% reductions in transmission losses.

5. Is SCADA integration supported?

Absolutely. The TBB10 outputs data via Modbus RTU/TCP for seamless SCADA connectivity.

9.Contact Us

Email: xaxd_electric@163.com

Get a customized quote or technical consultation today TBB10 High Voltage Reactive Power Automatic Compensation Device!

10.Factory Show

11.Equipment Display

12.Application Cases

State Grid systems, power engineering, steel and metallurgy, petrochemicals, rail transportation, energy and water conservancy, construction, environmental protection, and renewable energy sectors

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Shanxi Yongchang Group Coal Chemical Project: 10kV Switchgear

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Gansu Jinhui Mining Project: 40.5kV Switchgear

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AVIC Turkey Project: 10kV Reactive Power Compensation Capacitor Bank

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Sekong Coal Mine (Phonesack Group), Laos: Capacitor Banks & Transformers for 22kV Line Compensation

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Heilongjiang Project: Capacitor Banks (Tower-Type)

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Xinjiang Project: Capacitor Banks (Tower-Type)

13.Team and Exhibition