HVCRC Conductor (High Voltage Composite Reinforced Conductors)
What is HVCRC Driver？
HVCRC Conductor (High Voltage Composite Reinforced Conductors), are designed to offer improved electrical and mechanical properties for power transmission systems. These conductors are generally manufactured by combining traditional aluminum (which is used for its conductivity and cost-effectiveness) with composite materials, such as carbon fibers or aramid fibers, to create a driver that is light and strong.
The core of an HVCRC conductor is reinforced with composite fibers that improve its tensile strength, allowing the conductor to withstand higher stresses and temperatures. This combination of materials allows HVCRC conductors to provide better performance in both electrical transmission and mechanical durability..
HVCRC Conductor Standard
ASTM B233: Standard Specification for Aluminum Cables 1350 or aluminum alloy for electrical conductors.
IN 50183: Aluminum conductors for overhead lines, which specifies the mechanical and electrical properties.
ISO 10406-2: Fiber reinforced polymer composites for tensile strength.
ASTM D7205: Standard Test Method for Tensile Properties of Fiber Reinforced Polymers.
Features of the HVCRC Conductor
Core material: composite carbon fiber core
aluminum wires: high purity aluminum (99,7 %)
Temperature resistance: until 210 °C without warping
Maximum operating load: between 1,5 y 2 times that of the ACSR
Weight: approximately a 70 % lighter than equivalent ACSR conductors
electrical resistance: lower than that of traditional conductors due to higher conductivity
Service life: until 40 years
HVCRC Conductor Products
The choice of HVCRC conductor size depends on several factors:
Current transport requirements:
The largest aluminum cross sections (p. ej., 800 mm² o 1000 mm²) They are ideal for high load and long distance transmission lines.
Operating temperature:
HVCRC conductors operate efficiently at higher temperatures (until 200 °C), allowing utilities to maximize current capacity in restricted electrical corridors.
Arrow and line tension:
Smallest driver sizes (p. ej., 300 mm²) are used where lower loading requirements exist, while larger sizes minimize deflection for high demand lines.
Environmental conditions:
HVCRC conductors are suitable for areas with high winds, ice loads and extreme temperatures due to its lightweight composite core.
HVCRC Conductor Selling Price
The selling price of HVCRC Conductor varies depending on a variety of factors. At the time of purchase, we indicate the price.
HVCRC Conductor Manufacturer
Dosense Cable is a leading manufacturer of HVCRC Conductor (High Voltage Composite Reinforced Conductor), an innovative solution in the transmission of electrical energy. With a strong commitment to quality and innovation, Dosense Cable offers HVCRC conductors designed to meet the demands of modern power transmission networks.
HVCRC conductors Dosense Cable use a high-purity carbon fiber and aluminum composite core, which provides greater resistance, Lower weight and higher efficiency compared to traditional drivers. This advanced technology reduces energy losses, minimize voltage drop and increase load capacity, even in extreme conditions.
As a trusted and globally recognized manufacturer, Dosense Cable guarantees products that comply with international standards IEC, ASTM y IEEE, ensuring maximum safety and performance. Besides, The company offers customized solutions tailored to the specific needs of transmission projects, contributing to more efficient and sustainable electrical networks.
If you search HVCRC conductors High quality and reliable partner for your electrical transmission projects, Dosense Cable It is the ideal choice.
Contact Dosense Cable today to learn more about their innovative products and services.