Voltage stabilization and compensation overhead voltage regulator 6kV 6.35kV 11kV 15kV 22kV 33kV – IEEE for Power Industry
Key attributes
| Brand | ROCKWILL |
| Model NO. | Voltage stabilization and compensation overhead voltage regulator 330 kVA 440 kVA 550 kVA 660 kVA – IEEE for Power Industry |
| Rated voltage | 22kV |
| Phases | Single-phase |
| Series | RVR |
Product descriptions from the supplier
Product Description
pioneer and the first source factory in China's voltage regulator industry, we have been deeply rooted in the sector for decades, accumulating profound technical expertise. Leveraging top-tier R&D capabilities and a mature manufacturing system, our products have gained widespread market trust with reliability and performance that far exceed industry standards.
The RVR-1 single-phase step voltage regulator is an advanced tap-changing autotransformer engineered specifically for precise voltage regulation on 11kV overhead distribution lines. Exclusively manufactured in China with rigorous quality control, this compact and reliable device automatically adjusts line voltage within a ±10% range via 32 fine-tuning steps (approximately 5/8% per step), effectively mitigating voltage fluctuations caused by varying load conditions or grid instability.
Compatible with both 50Hz and 60Hz power systems, the RVR-1 offers flexible installation options—supporting pole-mounted, pad-mounted, or substation deployment to adapt to diverse distribution network requirements. Its robust design integrates a durable oil-immersed structure and intelligent tap-changing mechanism, ensuring long-term operational stability and low maintenance needs. Ideal for enhancing power supply quality in rural, suburban, or industrial areas, this regulator delivers consistent voltage output, protecting sensitive equipment and optimizing overall grid efficiency.
Product Features
Precise Voltage Control：32-step tap changer (±10% range) for accurate voltage stabilization.
Wide Compatibility：Supports system voltages from 2,500V to 19,920V (60–150 kV BIL) and currents up to 1,665A.
Advanced Digital Control：Programmable settings for voltage limits, communication protocols, and data logging.
Flexible Installation：Pole-mounted brackets, pad-mounted bolts, or substation bases (elevating platforms optional).
Robust Design：Internal tap windings and optional ratio correction transformer for diverse grid applications.
Advantages
High Reliability： Ensures consistent voltage output in harsh environments.
Customizable ：Adaptable to various system voltages and control requirements.
Low Maintenance ：Automated tap-changing reduces manual intervention.
Technical Parameters
Available voltage ratings include 50Hz (6kV, 6.35kV, 11kV, 15kV, 22kV, 33kV) and 60Hz (7.62kV, 13.8kV, 14.4kV, 19.92kV, 34.5kV). Custom voltage ratings are available upon request.
Parameter |
Specification |
Model No. |
RVR-1 |
Voltage Rating |
Up to 34.5 kV |
Regulation Range |
±10% (Boost/Buck) |
Tap Steps |
32 steps (approx. 0.625% per step) |
Phase |
Single-phase |
Transformer Type |
Tap-changing autotransformer |
Core Type |
Ring-shaped core |
Cooling Method |
ONAN (Oil-immersed, natural air cooled) |
Winding Configuration |
Two-winding Transformer |
BIL Rating |
60 -150 kV |
Current Rating |
Up to 1665 A |
Frequency |
50 Hz / 60 Hz |
50Hz
Voltage (kV) |
Current (A) |
Capacity (kVA) |
BIL (kV) |
Power Frequency Withstand Voltage (kV) |
Insulation Class |
6/6.35 |
50 |
30/32 |
75/95 |
28 |
A |
100 |
60/64 |
||||
150 |
90/95 |
||||
200 |
120/127 |
||||
300 |
180/191 |
||||
400 |
240/254 |
||||
500 |
300/318 |
||||
600 |
360/381 |
||||
11 |
50 |
55 |
|||
100 |
110 |
||||
150 |
165 |
||||
200 |
220 |
||||
300 |
330 |
||||
400 |
440 |
||||
500 |
550 |
||||
600 |
660 |
||||
15 |
50 |
75 |
125/150 |
50 |
|
100 |
150 |
||||
150 |
225 |
||||
200 |
300 |
||||
300 |
450 |
||||
400 |
600 |
||||
500 |
750 |
||||
22 |
50 |
110 |
|||
100 |
220 |
||||
150 |
330 |
||||
200 |
440 |
||||
300 |
660 |
||||
33 |
50 |
165 |
170/200 |
70 |
|
100 |
330 |
||||
150 |
495 |
||||
200 |
660 |
||||
250 |
825 |
||||
300 |
990 |
60Hz
Voltage (kV) |
Current (A) |
Capacity (kVA) |
BIL (kV) |
Power Frequency Withstand Voltage (kV) |
Insulation Class |
7.62 |
50 |
38 |
60/75 |
20 |
A |
100 |
76 |
||||
150 |
114 |
||||
219 |
167 |
||||
328 |
250 |
||||
438 |
333 |
||||
546 |
416 |
||||
13.8 |
50 |
69 |
95/125 |
38 |
|
100 |
138 |
||||
150 |
207 |
||||
200 |
276 |
||||
300 |
414 |
||||
400 |
552 |
||||
14.4 |
50 |
72 |
|||
100 |
144 |
||||
200 |
288 |
||||
300 |
432 |
||||
400 |
576 |
||||
19.92 |
50 |
100 |
170/200 |
70 |
|
100 |
200 |
||||
167 |
333 |
||||
200 |
400 |
||||
335 |
667 |
||||
34.5 |
50 |
165 |
|||
100 |
330 |
||||
150 |
495 |
||||
200 |
660 |
Application Scenarios
Rural/Urban Power Grids – Compensates for voltage drops in long-distance overhead lines.
Industrial Zones – Stabilizes voltage for heavy machinery and sensitive equipment.
Renewable Energy Integration – Manages fluctuations in solar/wind power-fed grids.
Substations – Enhances voltage control in distribution networks.
Related Products
-
6kV 6.35kV 7.62kV 13.8kV Overhead Line Single Phase Automatic Step Voltage Regulator
-
11kV 15kV 22kV 33kV Fully automated, maintenance-free 32 step voltage regulator for distribution lines
-
Single Phase Automatic Voltage Regulator – 7.62 kV 13.8 kV 14.4 kV 19.92 kV 34.5 kV IEC 60076 compliant for Power Industry
-
IEC Standard voltage regulator control compliant for Industrial Manufacturing Industry
-
Automatic Tap - Changing Voltage Regulator – 7.62 kV 11kV 13.8 kV 14.4 kV 19.92 kV 34.5 kV, IEEE compliant for Power Industry
-
Continuous / Step voltage regulation step voltage regulator 6kV 6.35kV 11kV 15kV 22kV 33kV – IEEE
-
Oil-immersed self-cooled induction voltage regulator 6kV 6.35kV 11kV 15kV 22kV 24kV 33kV source manufacturer
Related Knowledges
-
Three-Phase Voltage Regulator Selection: 5 Key FactorsIn the field of power equipment, three-phase voltage stabilizers play a crucial role in protecting electrical devices from damage caused by voltage fluctuations. Selecting the right three-phase voltage stabilizer is essential to ensure stable operation of equipment. So, how should one choose a three-phase voltage stabilizer? The following factors should be considered: Load RequirementsWhen selecting a three-phase voltage stabilizer, it is essential to clearly understand the total power demand ofEdwiin12/01/2025 -
How to Install a Three-Phase Voltage Regulator Safely1. Pre-installation PreparationInstalling a three-phase voltage regulator is a task that requires meticulous operation and strict adherence to specifications. Below is a detailed installation guide and key precautions: Selection and MatchingSelect an appropriately rated three-phase voltage regulator based on the load’s rated voltage, current, power, and other parameters. Ensure that the regulator’s capacity is equal to or greater than the total load power, and that its input and output voltage rJames12/01/2025 -
Repair Small Burnt Sections in Voltage Regulator CoilsRepair of Partial Burnout in Voltage Regulator CoilWhen a portion of the voltage regulator coil is burned out, it is usually unnecessary to completely dismantle and rewind the entire coil.The repair method is as follows: remove the burned and damaged section of the coil, replace it with enameled wire of the same diameter, secure it firmly with epoxy resin, and then level it with a fine-tooth file. Polish the surface with No. 00 sandpaper and clean off any copper particles with a brush. Fill theFelix Spark12/01/2025 -
How to correctly use a single-phase autotransformer voltage regulator?A single-phase autotransformer voltage regulator is a common electrical device widely used in laboratories, industrial production, and household appliances. It adjusts the output voltage by varying the input voltage and offers advantages such as simple structure, high efficiency, and low cost. However, improper use may not only impair equipment performance but also lead to safety hazards. Therefore, mastering the correct operating procedures is essential.1. Basic Principle of Single-Phase AutotrEdwiin12/01/2025 -
Separate vs Unified Regulation in Automatic Voltage RegulatorsDuring the operation of power and electrical equipment, voltage stability is crucial. As a key device, the automatic voltage regulator (stabilizer) can effectively regulate voltage to ensure that equipment operates under appropriate voltage conditions. In the application of automatic voltage regulators (stabilizers), "individual-phase regulation" (separate regulation) and "three-phase unified regulation" (common regulation) are two common control modes. Understanding the differences between thesEcho12/01/2025 -
Three-Phase Voltage Regulator: Safe Operation and Cleaning TipsThree-Phase Voltage Regulator: Safe Operation and Cleaning Tips When moving a three-phase voltage regulator, do not use the handwheel; instead, use the carrying handle or lift the entire unit for relocation. During operation, always ensure that the output current does not exceed the rated value; otherwise, the service life of the three-phase voltage regulator may be significantly reduced, or it may even burn out. The contact surface between the coil and the carbon brushes should be kept clean atJames12/01/2025
Related Solutions
-
Intelligent Operation Solution for 12kV Vacuum Circuit Breakers: Integrating Real-time Monitoring & Lifetime OptimizationⅠ. Equipment Operation & MaintenanceIntelligent Monitoring System IntegrationMulti-parameter Real-time Monitoring: Embedded sensors (temperature, displacement, Hall effect current sensors) track contact temperature rise, mechanical characteristics (opening/closing speed, overtravel), coil current, and partial discharge signals. Data undergoes preprocessing via edge computing prior to cloud upload.Lifetime Prediction Model: Dynamically evaluates remaining lifespan using electrical wear dataRockwill06/10/2025 -
SF6 Circuit Breaker Solutions for Outdoor Installation (Anti-Pollution & Seismic Resistance)I.Core Challenges in Outdoor InstallationIn high-voltage transmission and distribution systems, SF6 circuit breakers are exposed to complex outdoor environments for extended periods, facing the following critical issues:Pollution & Insulation DegradationDust, salt fog, and industrial pollutants in outdoor environments easily adhere to equipment surfaces. In coastal or industrial areas, pollution levels may reach Class IV, resulting in insufficient creepage distance and triggering flashoRockwill05/12/2025 -
12kV Indoor Vacuum Circuit Breaker Southeast Asia Solution: Anti-Corrosion Compact Design12kV Indoor Vacuum Circuit Breaker Southeast Asia Solution: Anti-Corrosion Compact DesignⅠ. Executive SummarySoutheast Asia faces rapidly growing electricity demand alongside environmental challenges including high temperatures, humidity, salt spray corrosion, and grid instability. This solution recommends Solid Insulated Pole-Mounted Vacuum Circuit Breakers (VCB) featuring high reliability, compact design, and smart monitoring. Tailored for tropical climates and industrial scenarios, itRockwill06/10/2025
