Rising demand for HVDC lines to push power transmission lines and towers market trends |MasTec, Prysmian, Nexans, Sterlite Power

Transmission lines and towers are regarded as one of the important life-line structures which helps transmitting electric powered energy. In the present scenario, burgeoning urbanization has led to the surge in building of power stations and rise in energy transmission traces. Sustained business throughput massively depends on reliability and protection of energy lines.

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Power transmission lines are integrated systems incorporating ground wire subsystem, conductor subsystem and one sub-system for each category of support structure. As such, mechanical support of the transmission line alludes a considerable portion of cost of line and they play an indispensable role in the reliable power transmission. Prominently, selection of an optimum outline, along with ideal bracing system contributes to the development of economical design of power transmission lines and towers.

Transmission line towers are normally used to help the electric electricity conductors, while conductors are perceived as efficient and cost-effective. The tower shape is regarded nonproductive from the point of electricity transmission. Given transmission line towers are erected in massive numbers, designs are expected to be commercially competitive. Further, considerable financial savings in materials can be witnessed through correct choice of highest quality design, apt structural configuration, without compromising at the reliability and safety of towers. The geometry of power transmission lines & towers is governed by structural and practical needs such as:
o Number of circuits to be carried;
o Line voltage;
o Electrical clearance requirements;
o Location of tower in line;
o Landscape;
o Arrangement of insulator strings.

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Power transmission has led to the transmission of large amounts of power produced at plants, including industrial-scale solar facilities. It is imperative to know that transmission usually takes place at high voltage--69 kV or above. Power transmission towers keep the power lines separated each other and their surroundings.
These towers are the most conspicuous component of the electric transmission system and are expected to deliver heavy transmission conductor at a considerable secure peak from ground. Besides, all towers tend to combat various kinds of herbal calamities. Some of the pivotal parts of power transmission lines and towers are:

o Peak of transmission tower;
o Cross arm of transmission tower;
o Cage of transmission tower;
o Transmission tower body;
o Design of transmission tower.

Design of transmission towers pitches for innate strategies and standards. In a bid to provide persistent electricity switch from power to communities, the safety of those structures has become paramount. The spacing between conductors and the cross-segment of conductors normally decides the design of foundations and towers.
When it comes to current, HVDC transmission system is being highly sought-after across industry verticals in the wake of controllability, stability, among others. for example, distance pertaining to longer than break-even distance, HVDC system becomes cost-efficient. HVDC transmission enables line supporting towers to be smaller, as such, needs lesser RoW (right of way).

Investment costs become lesser in HVDC for it requires fewer conductors vis-�-vis HVAC transmission. Moreover, over long distances, HVDC line has lower losses as compared to HVAC. On this account, there is increased traction towards HVDC transmission line among stakeholders.

HVDC is also able to resolve the issue of huge towers and lines spanning long distances and spoiling panoramic views for the public. While it is certainly not possible to eliminate huge metal towers, burying the line for a few miles may not result in very prominent losses. Not to mention, HVDC current has the ability to travel over long distances underground as well, making it a vital growth avenue for the overall power transmission lines & towers industry.

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