Wire and Cable Market Size & Share Analysis - Growth Trends and Forecast (2027 - 2032)

Market Trends and Insights

Surging Offshore Wind HV Cable Demand in North Sea and East Asia

Offshore wind awards expand demand for cable systems together with the engineering and installation needed to deliver their connections. Nexans secured the LanWin 2 agreement in January 2025 for 250 kilometers of 525 kV HVDC XLPE onshore and offshore export cable systems in TenneT’s German North Sea program. In March 2026, Sumitomo Electric Industries Ltd. received an order to design, manufacture, and install approximately 57 kilometers of 66 kV AC submarine transmission cable for a 315 MW wind farm off Akita, Japan. The awards therefore turn offshore wind connections into orders for specified export and submarine transmission cables. Both awards also carry installation scope, so winning suppliers need installation capability alongside manufacturing capacity.

Accelerated Fiber-To-The-Home Roll-Outs in India and ASEAN

Fiber deployment draws demand from both public connection programs and commercial prepaid broadband services. By January 29, 2026, India’s Ministry of Communications reported that BharatNet had delivered more than 1.4 million FTTH connections nationwide. In the Philippines, Converge’s Surf2Sawa prepaid fiber service had 674,000 customers at the end of March 2026, up 86.7% year over year. These examples establish different routes into fiber adoption, combining government connection delivery with commercial subscriber expansion. The growing prepaid customer base strengthens the commercial case for operators to convert network reach into active service. Growth in take-up supports cable demand most directly when it extends physical connections into newly served premises.

Electrification of Automotive Harnesses for EV Platforms

Automotive electrification expands potential cable demand within a vehicle industry that uses individual high-voltage harness specifications. Global light-duty EV sales exceeded 20 million in 2025, accounting for about 25% of new light-duty vehicle sales, up from approximately 19% in 2024. In July 2025, ZVEI published nonbinding testing guidance for motor-vehicle high-voltage harnesses comprising shielded high-voltage sheathed cables, passive electrical and mechanical components, and connection systems. The guidance is intended to inform individual manufacturer or OEM specifications. Growing vehicle volume therefore creates demand potential within a product category where cable performance is considered alongside components and connections. For cable suppliers, the growth opportunity depends on meeting individual program specifications rather than treating the guidance as a common mandatory standard.

Sub-Saharan Grid Interconnect Projects Unlocking Multilateral Funding

Multilateral financing gives cross-border electricity links a clearer route from regional integration goals to potential conductor demand. In June 2026, the World Bank Group approved a USD 1.6 billion Eastern Africa transmission and trade program, including USD 250 million in concessional IDA financing for Uganda’s high-voltage Uganda-Tanzania interconnector. The planned line would connect Uganda’s surplus clean energy resources with regional electricity markets. This links the commercial case for transmission equipment to cross-border power access, giving the project a demand rationale beyond a single domestic network. For conductor suppliers, financing approval strengthens the project pipeline before construction translates it into delivered volumes.

XLPE Resin Supply Bottlenecks Limiting EHV Output

Qualified insulation availability places a separate constraint on extra-high-voltage cable production beyond factory expansion. Hua Eng Wire & Cable reported shortages of ultra-high-voltage XLPE insulation and outer-conductor materials in Taiwan on May 21, 2026.^[1] In its 2025 risk disclosure, Nexans identified dependence on XLPE compounds, long qualification lead times, and market capacity shortages as cable-industry supply-disruption risks. Together, these conditions make switching material sources a potential scheduling constraint when established supplies are short. Hua Eng reported testing new materials to strengthen supply-chain resilience in May 2026. For cable buyers, qualification lead times create exposure to delivery delays that additional factory capacity alone cannot resolve.

Copper Price Volatility Squeezing Contractor Margins in MENA

For UAE electrical contractors, fixed-price work exposes delivery commitments to changes in metal input costs. In October 2026, UAE contractors were increasingly unwilling to lock prices on long-term projects amid regional cost risks, while a Currie & Brown report included sharp global copper price rises among several material pressures. When contractors decline to lock prices, the developer has less cost certainty for committing to electrical infrastructure within a long-term project. By June 2025, producer Riyadh Cables Group used futures to hedge copper, aluminum, and lead and, citing increased price fluctuations, had decided on forwards for high-voltage and overhead cable materials. Electrical infrastructure is among the metal-heavy work categories facing the greatest pressure, placing UAE cable-bearing project packages among those where developers face shifting material-cost risk.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Wire and Cable Market Segment Analysis

Low-voltage cables below 1 kV accounted for a 45.59% share of the wire and cable market size in 2026. The largest segment’s demand base includes Indian building wires used in households, apartments, and commercial spaces, where Polycab India reported sharply growing demand in 2025-26. Polycab linked this demand to India’s rapid urbanization and commercialization. Building wire therefore follows urban construction activity across all 3 premises types rather than any single project pipeline.

Extra- and high-voltage cables above 35 kV are the fastest-growing segment, with a forecast CAGR of 8.03% during 2027-2032. On June 30, 2026, Prysmian received Transpower New Zealand’s notice to proceed for the Cook Strait HVDC Link Upgrade, activating full project delivery. The design called for 350 kV single-core HVDC cables to replace existing Cook Strait cable infrastructure near the end of its operational life. Replacement of an operating link gives the specified cables a commercial purpose tied to asset condition and the continuity of cross-island power transfer.

Power cable represented a 38.09% wire and cable market share in 2026. The largest segment benefits from utility demand, with NKT’s 2025 annual report describing strong transmission and distribution system operator activity since 2023 that drove high- and medium-voltage power-cable demand. That activity connects the segment’s sales opportunity to the work programs of utilities operating at different levels of the grid. Serving transmission and distribution buyers can reduce a manufacturer’s reliance on the delivery timetable of any single major network project.

Fiber-optic cable is the fastest-growing segment, with a forecast CAGR of 8.74% during 2027-2032. In January 2026, Meta announced a multiyear agreement worth up to USD 6 billion for Corning to supply fiber-optic cables for Meta’s US data centers.^[2] That horizon can support manufacturing plans organized around a specified customer’s infrastructure needs. Signal and control cable drew a March 2025 tender award from Trinidad and Tobago Electricity Commission to CN Cable Group Co., Ltd. for 8-, 16- and 27-core, 600/1000V protection and control multicore cables. Optical-cable suppliers can plan around multiyear hyperscale commitments, while signal and control suppliers must meet the core counts and voltage ratings specified in utility tenders.

Copper was the largest conductor-material segment, holding a 57.88% share of the market in 2026. Nexans’s 2025 rod-mill network comprised 4 plants in France, Canada, Peru, and Chile, including a Santiago joint venture. Their reported annual capacity was up to approximately 600,000 metric tons of copper wire rods, serving Nexans’s cable facilities and other producers. By processing cathodes and scrap into rod for its own cable plants, Nexans controls an upstream supply stage on which nonintegrated copper-conductor cable producers depend through external rod purchases.

Aluminum is the fastest-growing segment, with a forecast CAGR of 6.95% during 2027-2032. At the beginning of 2025, China’s State Grid released orders for more than 200,000 metric tons of aluminum wire and cable. The orders included 130,000 metric tons for ultra-high-voltage projects and 80,000 metric tons for power transmission and transformation projects. These orders connect the material’s commercial opportunity to utility network construction, where specified conductor packages provide an identifiable route into demand. The resulting opportunity has substantial order scale but is tied to the requirements and timing of a major Chinese utility buyer across several power-network applications.

Underground cable was the largest installation segment, with a 43.93% share of the market in 2026. In March 2025, Prysmian won a 4-year agreement with Norway’s transmission system operator Statnett to supply and turnkey-install 420 kV underground cable systems and accessories. The agreement included 2 optional 2-year extensions, and the cables were to be manufactured in Delft, the Netherlands. Combining extended supply terms with turnkey installation gives underground-system suppliers a role in both factory output and completion of grid connections. If both extensions are exercised, this agreement would give Prysmian an 8-year supply and installation relationship with Statnett for 420 kV underground systems.

Submarine cable is the fastest-growing installation segment, with a forecast CAGR of 8.55% during 2027-2032. In September 2025, NKT contracted with Energinet for a 525 kV HVDC system connecting Bornholm to Zealand, with a 200-kilometer offshore route, a 16.8-kilometer onshore route, and commissioning expected in 2032. In July 2026, NEC contracted with a consortium including Lightstorm, Microsoft, Singtel, and Tata Communications to supply the approximately 3,600-kilometer I-2SEA submarine fiber-optic system linking India, Malaysia, and Singapore, with operations scheduled for 2029. The contracts serve different systems, one moving electricity between Bornholm and Zealand and the other carrying communications between India, Malaysia, and Singapore. Expected commissioning in 2032 for the Bornholm link and operations scheduled for 2029 for I-2SEA place submarine suppliers’ manufacturing commitments within long infrastructure-development schedules.

Power infrastructure, including utilities and renewables, was the largest end-user segment, accounting for 29.65% of the market in 2026. In July 2025, NKT secured 2 firm 3-year framework agreements with EnBW for 10-30 kV and 1 kV power cables serving southern Germany’s grid expansion, distribution reinforcement, and renewable connections. The agreements included an optional 2-year extension, with supply from NKT’s Kladno and Velké Meziříčí sites in the Czech Republic. Combining reinforcement and renewable connections within a single utility relationship can give cable manufacturers demand across several network investment purposes and a defined commercial route into distribution infrastructure.

Telecommunications and data centers form the fastest-growing end-user segment, with a forecast CAGR of 8.24% during 2027-2032. India’s installed data-center power capacity rose from around 375 MW in 2020 to 1.57 GW by August 2026. That larger installed power base supports demand potential for electrical connections within computing infrastructure. Oil, gas, and petrochemical buyers have a separate local-supply route, illustrated by ADNOC’s May 2025 long-term frameworks with 3 UAE cable manufacturers for 4 cable types. For suppliers seeking work under ADNOC’s frameworks, access depends on securing a place in the long-term arrangement rather than competing only for individual projects.

Geography Analysis

Asia Pacific Wire and Cable Market

Asia Pacific was the largest region, accounting for a 38.76% share of the wire and cable market size in 2026. China recorded 2.11 million kilometers of new optical-fiber cable lines in 2025.^[3] In June 2026, joint developers PT Ketrosden Triasmitra Tbk and PT Ekamas Mora Republik Tbk announced Rising 8 was operating after construction, testing, and commissioning, linking Jakarta and Batam through an Indonesian submarine cable system. China’s line additions establish a large domestic deployment base, while the operating Jakarta-Batam system shows that island connectivity also converts project plans into installed cable.

Middle East and Africa Wire and Cable Market

Middle East and Africa is the fastest-growing region, with a forecast CAGR of 6.4% during 2027-2032. In June 2026, Middle East Specialised Cables Company’s wholly owned UAE subsidiary won an order to manufacture and supply low-voltage power and communication cables for Lower Zakum LTDP-1 in the UAE. In Africa, ZESCO’s Zambia-Malawi Interconnector Project includes a planned 46.6-kilometer, 400 kV double-circuit overhead line in Zambia using triple-bundle ACSR conductor. The UAE order links cable business to offshore production infrastructure, while the Zambian design shows a potential route for regional transmission demand. For suppliers, the UAE order offers a defined manufacturing commitment, while the Zambian conductor opportunity depends on progression from project design to procurement.

In North America, the US Department of Energy’s July 2026 draft study identified generation and load connections and congestion relief as transmission needs, highlighting NYISO, NorthernGrid South, and MISO. In South America, Codelco’s April 2025 meeting included 6 Chilean cathode buyers that make wire rod and cable, illustrating a local copper-supply channel. In August 2026, Argentina’s Secretariat of Energy published a tender notice for the planned AMBA I project, which would add 270 kilometers of 500 kV, 220 kV, and 132 kV transmission lines around Buenos Aires. In Europe, the European Commission selected EMACOM, Lda.’s Porto Santo Domestic Cable project in Portugal for CEF Digital funding in November 2025. The DOE study, AMBA I tender and Porto Santo selection are planning and funding steps rather than awarded cable orders, leaving manufacturers’ production commitments dependent on later procurement.

Regulatory Framework and Outlook

This comparison examines product-conformity requirements in selected jurisdictions from the perspective of cable manufacturers supplying covered products for local use. Product scope controls how conformity requirements apply, from catalog certification to approval of covered workplace conductors. Commission Delegated Regulation (EU) 2026/1310, adopted in June 2026, assigns system 1+ to fire-related assessment of power, control, and communication cables when new CPR family requirements apply. Current ratings assess the balance between defined approval routes and the product-specific conformity work needed to serve those applications.

China’s catalog-based testing and the US framework for approved workplace conductors support defined, product-specific compliance routes and continuity in policy attractiveness. Brazil’s scheduled safety assessment, due December 31, 2026, reviews its existing certification framework and supports continuity in commercial requirements. In Germany, the legacy cable standard supports continuity, with CPR Chapters I-III duties generally applying 1 year after adoption of an Article 5(8) or 6(1) implementing act, unless a later date is set. Saudi Arabia’s national recognition process makes product-specific certification documents central to supplying the listed electrical cable category, supporting a Medium rating and continuity.

Value Chain Stages

Value capture differs across copper processing, cable manufacture, distribution, installation, and lifecycle service. In the United States, transmission cable procurement took 2 to 3 years in 2025, according to a National Laboratory of the Rockies assessment of transmission supply chains. Such procurement horizons make coordination between manufacturing and downstream installation commercially important, since cable availability determines when the physical connection can be delivered.

NKT reported high service activity in 2025 across maintenance, installation, and onshore and offshore repairs, including a larger repair at Scotland’s Beatrice wind farm. Such work provides a revenue stream tied to installed infrastructure after the original cable sale. Service providers can therefore capture value from the installed base even when new-project cable deliveries are constrained.

Key Opportunities for Market Participants

These opportunities compare conductor and cable supply positions arising from planned network expansion in India and South Africa. In July 2026, India’s Ministry of Power reported plans to expand transmission from 509,000 circuit kilometers in June 2026 to 648,000 circuit kilometers by 2032, alongside distribution-line and substation additions. On October 1, 2026, South Africa scheduled the final Phase I RFP for its Independent Transmission Projects Programme for Q2 2027, covering approximately 1,164 kilometers of new transmission lines. These programs create distinct routes for suppliers to engage transmission developers and distribution utilities before future supply commitments take shape.

The central opening is to join project delivery teams before detailed line requirements translate into specific supply commitments. India’s distribution responsibilities place state governments and utilities at the center of local network delivery, making focused engagement more useful than a single nationwide sales approach. Suppliers can use voltage class and program timing to concentrate engineering effort on the applications their production base can serve.