JKWD5 Automatic Reactive Power Compensation Controller
✅Precise Reactive Power Control: Features dynamic response tracking and multiple customizable control modes to ensure optimal grid stability.
✅Energy Efficiency & Economic Benefits: Maximizes system efficiency and drastically reduces utility penalties by improving the power factor to above 0.95.
✅Flexible Compensation Architectures: Full compatibility with static, dynamic, and hybrid compensation systems to match various load profiles.
✅Advanced Human-Machine Interface (HMI): Equipped with an intuitive HMI for the real-time monitoring of power status, system parameters, and operating conditions.
✅Intelligent Self-Diagnosis: Automatically runs background diagnostics to detect operational issues and immediately trigger predictive alarms.
✅Comprehensive Protection Suite: Built-in safeguards against overvoltage, undervoltage, overcurrent, and overheating, paired with non-volatile event logging for seamless fault analysis.
- Product Introduction
The JKWD5 Automatic Reactive Power Compensation Controller is engineered specifically for low-voltage (400V) distribution networks. By automatically regulating reactive power, JKWD5 Automatic Reactive Power Compensation Controller maintains the grid's power factor within optimal target ranges. This significantly enhances transformer utilization efficiency, reduces line losses, and stabilizes voltage supply quality.
Furthermore,JKWD5 Automatic Reactive Power Compensation Controller helps facility operators avoid costly utility power factor penalties, maximizing both operational efficiency and economic returns.
Product Features
Product Features
Dual Operation Modes: Supports both Power Factor Control and Reactive Power Control for maximum application flexibility.
Anti-Hunting Protection: Features advanced switching oscillation blocking in Power Factor mode to prevent rapid, repetitive capacitor cycling and extend equipment lifespan.
Automatic Polarity Detection: Automatically detects current signal polarity with exceptional precision and reliability, eliminating wiring errors during installation.
Intuitive User Interface: Designed with a user-friendly interface for streamlined operation and straightforward navigation.
Harmonic Monitoring & Protection: Equipped with real-time harmonic measurement capabilities and protective trip features to safeguard capacitor banks.
Fully Digital Parameters: All control thresholds and parameters are fully adjustable digitally for precise system tuning.
Dual Control Modes (Manual/Auto): Offers both manual and automatic operation modes to simplify installation, testing, and system commissioning.
Overvoltage Protection: Monitors system voltage and automatically disconnects capacitor banks during overvoltage events to prevent component damage.
Non-Volatile Memory Storage: Retains all programmed parameters permanently, ensuring settings are unaffected by power outages or system shutdowns.
Control parameter presetting:
| Category | Parameter | Factory default | Adjustment range |
| Engagement Factor | The controller considers engaging the capacitor bank when the system power factor falls below this threshold. | 0.98 | 0.70-0.90 |
| Disengagement Factor | The controller considers disengaging the capacitor bank when the system power factor exceeds this threshold. | 1.00 | 0.71-0.89 |
| Switching delay | Delay time from when the grid parameters allow capacitor engagement to the controller's actual engagement. | 30 seconds | 1-120 seconds |
| Distortion Threshold | If the system voltage distortion rate exceeds this threshold, the controller will gradually disengage all capacitor banks at 1 bank per second. | 5.0 | OFF-3.0-50.0% (Hysteresis: 2%) |
| Overvoltage Threshold | If the system voltage exceeds this threshold, the controller will gradually disengage all capacitor banks at 1 bank per second. | 450 / 260 | 410-480V (Hysteresis: 7V) / 236-277V (Hysteresis: 5V) |
| Output circuit | The controller has 12 output circuits, users can set 1~12 output circuit. | 12 | 1-12 |
| Reactive power mode | Select control mode. | OFF | OFF / ON |
| Main CT primary current | Primary current value of the current transformer for controller signal sampling. | 500 | 50-9000/5A |
| Shared Compensation Capacitance | Capacitance value for circuits 1-12 (subject to output circuit limits). | 30 | 0-80Kvar |
| PA-1 | MODBUS-RTU protocol address code. | 0 | 0-247 |
| PA-2 | Baud rate and communication. | 9600 | 1200-115200 |
| PA-3 | Communication parity check code. | oF | OFF / odd / Even |
Pls contact us for operation manual.
FAQ
FAQ

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Focused on high-tier manufacturing and continuous R&D innovation, Jinneng Electric Power Technology (Hubei) Co., Ltd. constantly evolves its product range and equipment functionality. Our dedicated R&D division consists of over 20 expert design engineers who introduce more than 50 new products each year, ensuring we meet diverse market needs and bespoke client requirements.
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