• Fully automated, maintenance-free 32 step voltage regulator for distribution lines
Fully automated, maintenance-free 32 step voltage regulator for distribution lines
discuss personally
Model
VR-33/220
VR-22/220
VR-11/220
Basic info
Brand ROCKWILL
Model NO. Fully automated, maintenance-free 32 step voltage regulator for distribution lines
Rated voltage 11kV
Rated frequency 50/60Hz
Rated capacity 220kVA
Series VR
Product Detail

Product Introduction

The 32-Step Voltage Regulator is a fully automated, maintenance-free voltage regulator for distribution lines. This voltage regulator is designed to improve the voltage quality of the 10 kV to 35 kV distribution network, ensure that the line voltage meets the requirements, and continuously monitor the load-side voltage via a microprocessor and automatically change the voltage level to control the line voltage within the target range.

Core features

  • 32-Level Precision Regulation: Enables on-load automatic voltage adjustment with high accuracy, each step fine-tuning voltage by 0.625% for a ±10% total range.
  • Arc-Free Tap Design: Unique voltage regulating tap structure eliminates arcing during operation, extending service life to nearly 1 million cycles.
  • Fully Sealed & Maintenance-Free: IP-rated fully sealed design ensures superior weather resistance, requiring zero maintenance for reliable outdoor/indoor use.
  • Flexible Operation & Integration: Allows on/off switching of voltage regulation as needed; directly integrates with SCADA systems for seamless power distribution automation.
  • Energy-Efficient Single-Phase Design: Reduces core loss and no-load loss significantly, optimizing energy efficiency for low-carbon operations.
  • Enhanced Grid Performance: Minimizes line losses, stabilizes voltage fluctuations, and prolongs the service life of connected electrical equipment.

 

Specifications and Selection

Know your supplier
ROCKWILL
Rockwill Electric Group Global Manufacturer of High voltage and medium-voltage power equipment and smart grid solutions. Headquartered in Wenzhou, China. Serving 100+ countries with quality, innovation, and trust. What We Offer: • HV-MV switchgear (VCB, SF₆ circuit breakers, RMU, GIS) • Distribution transformers and substations • Smart grid and monitoring systems • Solar, wind, EV charging, and energy storage solutions • EPC turnkey power projects Certified: ISO 9001 / ISO 14001 / ISO 45001
Main Categories
High voltage
Business Type
Design/Manufacture/Sales
Highest Annual Export (USD)
$150,000,000
Professional Experience
16 years
Workplace
108000m²m²
占位
占位
Related Products
Related Knowledges
Analysis of Partial Discharge Principle (1)
Analysis of Partial Discharge Principle (1)
Analysis of Partial Discharge Principle (1)Under the action of an electric field, in an insulation system, discharge occurs only in some regions and does not penetrate between the conductors with the applied voltage. This phenomenon is called partial discharge. If partial discharge occurs near a conductor surrounded by gas, it can also be called corona.Partial discharge can occur not only at the edge of a conductor but also on the surface or inside an insulator. The discharge occurring on the su
Leon
07/19/2025
What types of FACTS controllers are there?
What types of FACTS controllers are there?
According to the type of connection FACTS Controller with the power system, it is classified as;Series Connected ControllerShunt Connected ControllerCombined Series-Series ControllerCombined Shunt-Series ControllerSeries-Connected ControllersSeries controllers introduce a voltage in series with the line voltage, typically using capacitive or inductive impedance devices. Their primary function is to supply or absorb variable reactive power as needed.When a transmission line is heavily loaded, the
Edwiin
07/19/2025
What are FACTS and related technologies?
What are FACTS and related technologies?
FACTS (Flexible Alternating Current Transmission System) refers to a power electronics-based system that uses static devices to enhance the power transfer capability and controllability of AC transmission networks.These power electronic devices are integrated into conventional AC grids to boost key performance metrics, including:Power transfer capacity of transmission linesVoltage stability and transient stabilityVoltage regulation precisionSystem reliabilityThermal limits of transmission infras
Edwiin
07/19/2025
What are the differences between HVAC and HVDC?
What are the differences between HVAC and HVDC?
Difference Between HVAC and HVDCElectricity generated in power plants is transmitted over long distances to electrical substations, which then distribute it to consumers. The voltage used for long-distance power transmission is extremely high, and we will explore the reasons for this high voltage later. Additionally, the transmitted power can be in either alternating current (AC) or direct current (DC) form. Therefore, power can be transmitted using either HVAC (High Voltage Alternating Current)
Edwiin
07/19/2025
What are the Advantages of HVDC over HVAC?
What are the Advantages of HVDC over HVAC?
What are the Advantages of HVDC over HVAC?Electricity travels long distances before reaching consumers. Power plants, often remote, supply electricity through hundreds of miles and multiple substations. High-voltage transmission reduces line losses, with both AC and DC used. Though AC is familiar via utility poles and home outlets, HVDC offers unique advantages in power transmission.The goal of power transmission is to minimize losses and costs. While both face influencing factors, HVDC has more
Edwiin
07/19/2025
Is the neutral - point grounding method of the power grid of 110kV and above only the neutral - point direct grounding method?
Is the neutral - point grounding method of the power grid of 110kV and above only the neutral - point direct grounding method?
Neutral - Point Grounding Modes and Protection of Transformers in Power GridsFor systems ranging from 110 kV to 500 kV, an effective grounding method shall be adopted. Specifically, under all operating conditions, the ratio of zero - sequence reactance to positive - sequence reactance X0/X1 of the system should be a positive value and not exceed 3. Meanwhile, the ratio of zero - sequence resistance to positive - sequence reactance R0/X1should also be a positive value and not exceed 1.In 330 kV a
Leon
07/19/2025
×
Inquiry
Download
IEE-Business is dedicated to serving the personnel in the global power industry.
Join IEE-Business, not only can you discover power equipment and power knowledge, but also canhnd like - minded friends!