Offering advanced UAV and imaging technology, GIS mapping, detailed analysis from experienced industry engineers, and actionable data, PLP Inspection Services is the asset maintenance solution utilities need.

Utilizing state-of-the-art UAS technology, experienced field crews, and expert analysis, PLP Inspection Services offers unmatched precision and comprehensive inspection results.

Sunray is a direct replacement of PhotoVoltaic (PV) cable, the interconnecting cable used between solar panels in a solar farm. Sunray is the most energy-efficient and cost-efficient photovoltaic (PV) wire on the market. These premium CCA conductors offer 3% greater efficiency than standard cables.

Designed to reduce wildlife and incidental contact, Copperweld® Stingray™ wire is an easy-to-install, covered, CCS high-voltage cable for use between phase conductors and equipment bushings.

ArcAngel is an IEEE-compliant CCS grounding conductor for substation grounding applications where electrical performance is critical, and flexibility is needed while still offering all the benefits of Century products.

Century Grid is Copperweld’s flagship family of grounding conductors and structural cables, installed in the harshest environments for over 100 years. With twice the strength of copper, Century is used in applications where high tensile strength, corrosion resistance, and theft deterrence are required.

ACCC® (Aluminum Conductor Composite Core) cable is an advanced overhead power line conductor that offers enhanced efficiency, capacity, and reliability for electrical transmission. It replaces traditional Aluminum Conductor Steel Reinforced (ACSR) cables and other high-capacity conductor systems.

An ACSR/TW (Aluminum Conductor Steel Reinforced/Trapezoidal Wire) cable is an advanced type of overhead power line conductor specifically designed to carry high-voltage electricity over long distances efficiently and reliably. This cable is a variant of the standard ACSR (Aluminum Conductor Steel Reinforced) cable but features aluminum strands in a trapezoidal shape rather than the typical circular shape.

AACSR (Aluminum Alloy Conductor Steel Reinforced) cable is a type of overhead conductor used primarily in power transmission and distribution lines. It is designed to deliver high tensile strength along with good conductivity, making it suitable for long-distance power transmission under high mechanical stress conditions.

An All Aluminum Conductor (AAC) cable is a type of electrical conductor commonly used in overhead power lines for both primary and secondary distribution. It is made entirely of aluminum, which is known for its high electrical conductivity, light weight, and relatively low cost.

An All Aluminum Alloy Conductor (AAAC) cable is a type of overhead conductor used in power transmission and distribution lines. Similar to the All Aluminum Conductor (AAC), the AAAC uses aluminum in its construction, but with a significant difference: AAAC cables are made from aluminum alloy rather than pure aluminum. This alloy typically includes elements such as magnesium and silicon, which enhance the overall properties of the conductor.

The COYOTE Dome Closure by Preformed Line Products (PLP) is an adaptable and reliable solution for managing fiber optic cables. It is designed to be craft-friendly, offering features that simplify installation and re-entry without requiring special tools. The dome comes in different sizes, including 6.5" x 17", 6.5" x 22", and 9.5" x 28", making it suitable for various applications.

SHEMAR composite insulators embody the latest innovations in composite insulation technology combining world leading material science development, cutting edge design technology, state-of-the-art manufacturing and rigorously monitored quality control. We understand the crucial impact that insulators can have on the long-term performance of transmission lines, which is why at SHEMAR we have prioritized creating composite insulator products and solutions that offer unparalleled, reliability, ageing resistance and exceptional performance.

SHEMAR composite insulators embody the latest innovations in composite insulation technology combining world leading material science development, cutting edge design technology, state-of-the-art manufacturing and rigorously monitored quality control. We understand the crucial impact that insulators can have on the long-term performance of transmission lines, which is why at SHEMAR we have prioritized creating composite insulator products and solutions that offer unparalleled, reliability, ageing resistance and exceptional performance.

SHEMAR distribution line insulators embody the latest innovations in composite insulation technology combining world leading material science development, cutting edge design technology, state-of-the-art manufacturing and rigorously monitored quality control. We understand the crucial impact that insulators can have on the long-term performance of distribution lines, which is why at SHEMAR we have prioritized creating composite insulator products and solutions that offer unparalleled, reliability, ageing resistance and exceptional performance.

SHEMAR composite suspension insulators embody the latest innovations in composite insulation technology combining world leading material science development, cutting edge design technology, state-of-the-art manufacturing and rigorously monitored quality control. We understand the crucial impact that insulators can have on the long-term performance of transmission lines, which is why at SHEMAR we have prioritized creating composite insulator products and solutions that offer unparalleled, reliability, ageing resistance and exceptional performance.

Braced line posts have enabled compact transmission lines in the voltage range of 115 kV to 230 kV. Now line compaction is being considered at progressively higher voltages (EHV range) to develop structures with better visual amenities, smaller foot print, narrow right-of-way requirements and the economic benefits of lighter construction.

However, at 345 kV and above voltages as the section lengths increase due to electrical requirements, the mechanical capabilities of standard braced line posts with typical components becomes a limitation. The low working performance restricts span lengths and increase overall project cost and construction efforts.