|
Forecast
Period
|
2026-2030
|
|
Market
Size (2024)
|
USD
1.86 Billion
|
|
Market
Size (2030)
|
USD
2.93 Billion
|
|
CAGR
(2025-2030)
|
7.72%
|
|
Fastest
Growing Segment
|
Transmission Lines
|
|
Largest
Market
|
Riyadh
|
Market Overview
The Saudi Arabia Power Transmission
Lines & Towers Market was
valued at USD 1.86 Billion in 2024 and is expected to reach USD 2.93 Billion by
2030 with a CAGR of 7.72% during the forecast period.
The Saudi Arabia Power Transmission
Lines & Towers Market is experiencing significant growth, driven by rising
electricity demand, infrastructure modernization, and government initiatives to
expand the national grid. As the Kingdom progresses toward Vision 2030,
investments in power transmission infrastructure are increasing to support
industrial expansion, urbanization, and renewable energy integration. The
growing population, coupled with large-scale commercial and residential
developments, has necessitated a robust and reliable power transmission network
to ensure energy security across the country. Additionally, the increasing
adoption of high-voltage direct current (HVDC) transmission and smart grid
technologies is reshaping the market landscape.
One of the major growth drivers is the government’s
focus on renewable energy projects, particularly solar and wind power. As Saudi
Arabia works towards achieving its ambitious clean energy targets, the need for
efficient transmission lines and towers to integrate these energy sources into
the national grid has intensified. The Saudi Green Initiative, which aims to
generate 50% of the Kingdom’s electricity from renewable sources by 2030, is
fueling demand for new transmission infrastructure. Additionally, projects such
as the NEOM city development and the expansion of industrial zones are
accelerating the deployment of extra high-voltage (EHV) transmission lines.
Technological advancements are also
playing a crucial role in market expansion. The adoption of advanced
conductors, composite materials, and digital monitoring systems is enhancing
the efficiency and longevity of power transmission infrastructure. Smart
transmission networks equipped with IoT-enabled monitoring systems are reducing
power losses and improving operational efficiency. Moreover, investments in underground
and submarine cables for power transmission are gaining traction, particularly
in urban and coastal areas.
Despite the positive growth outlook,
challenges such as high installation costs, regulatory complexities, and harsh
climatic conditions pose hurdles to market expansion. However, government
policies promoting public-private partnerships (PPPs) and foreign investments
are expected to mitigate these challenges. With continued infrastructure
development and energy sector reforms, Saudi Arabia’s Power Transmission Lines
& Towers Market is poised for sustained growth in the coming years.
Key Market Drivers
Rising Electricity Demand Due to Industrial and
Urban Expansion
Saudi Arabia is experiencing rapid industrial and
urban growth, significantly increasing electricity demand. The expansion of
industrial zones, including the development of NEOM, the Red Sea Project, and
Vision 2030-driven economic initiatives, has intensified the need for a
reliable and expanded power transmission network. As urbanization accelerates,
cities like Riyadh, Jeddah, and Dammam require enhanced grid infrastructure to
support commercial and residential developments. Additionally, the government’s
push for economic diversification has led to increased electricity consumption
in sectors like manufacturing, mining, and tourism. This demand surge
necessitates the expansion and modernization of power transmission lines and
towers to ensure grid stability and efficiency.
Saudi Arabia’s hot climate further compounds energy
demand, with air conditioning accounting for nearly 70% of household
electricity consumption. The need for uninterrupted power supply during peak
summer months places immense pressure on the transmission network, prompting
the expansion of high-voltage transmission lines and robust grid
infrastructure. Furthermore, population growth continues to drive residential
energy consumption, necessitating the development of more power transmission
lines to cater to new housing developments. The country aims to generate 50%
of its electricity from renewable sources by 2030, with solar and wind energy
projects contributing significantly to the energy mix.
The government, through the Saudi Electricity
Company (SEC), is investing heavily in upgrading the country’s power
transmission infrastructure to meet growing electricity demand. These
investments include high-voltage transmission lines and advanced towers capable
of withstanding extreme climatic conditions. With ongoing projects aimed at
grid expansion, the Saudi Arabia Power Transmission Lines & Towers Market
is poised for sustained growth in the coming years.
Integration of Renewable Energy Sources into the
Grid
Saudi Arabia’s ambitious clean energy targets under
Vision 2030 are driving the need for extensive power transmission
infrastructure. The government aims to generate 50% of its electricity from
renewable sources by 2030, with solar and wind power playing a crucial role.
Major projects such as the Sakaka Solar Farm, Dumat Al-Jandal Wind Farm, and
the upcoming Al Shuaibah Solar Project require efficient transmission networks
to integrate renewable energy into the national grid. Saudi Arabia’s peak electricity demand
reached approximately 62 GW in 2023, driven by industrial expansion and high
residential consumption, particularly in summer months.
The geographic dispersion of renewable energy
plants, primarily located in remote desert areas, necessitates the development
of long-distance, high-voltage transmission lines. Unlike conventional power
plants, which are often near urban centers, renewable energy projects require
dedicated transmission lines to transport electricity from generation sites to
consumption hubs. This growing renewable energy footprint is increasing demand
for modern power towers and transmission infrastructure.
To support grid modernization, Saudi Arabia is
investing in smart transmission technologies, such as high-voltage direct
current (HVDC) transmission systems, which reduce energy losses over long
distances. Grid interconnections with neighboring Gulf Cooperation Council
(GCC) countries are also being developed to enhance energy trade and ensure
grid reliability.
The transition to renewable energy is expected to
create opportunities for domestic and international companies specializing in
power transmission infrastructure. As Saudi Arabia accelerates its renewable
energy initiatives, the demand for new transmission lines and towers will
continue to grow, making it a key driver for market expansion.
Investment in Smart Grid and Digitalization
Technologies
Saudi Arabia is actively investing in smart grid
technologies and digitalization to enhance the efficiency and reliability of
its power transmission infrastructure. With the increasing integration of
renewable energy and the growing complexity of the electricity network,
traditional grid systems are no longer sufficient. The Saudi Electricity
Company (SEC) and other energy stakeholders are deploying advanced digital
monitoring systems, automated substations, and high-voltage transmission lines
equipped with Internet of Things (IoT) sensors.
Smart transmission lines improve grid stability by
enabling real-time monitoring and predictive maintenance, reducing downtime and
energy losses. Digitalization also facilitates load balancing, ensuring
efficient electricity distribution, particularly during peak demand periods.
Furthermore, advanced technologies like artificial intelligence (AI) and
machine learning (ML) are being integrated into the grid to optimize power flow
and prevent system failures. The Saudi power transmission network spans over
84,000 circuit kilometers, connecting major cities, industrial zones, and
renewable energy projects.
The rollout of high-voltage transmission lines,
smart towers, and digital substations is a crucial aspect of Saudi Arabia’s
energy strategy. Projects such as the National Grid Transformation Plan focus
on modernizing power transmission infrastructure to support economic
diversification and energy security. The adoption of energy storage solutions
alongside smart grids is also playing a key role in stabilizing fluctuating
power generation from renewable sources.
With ongoing investments in grid automation and
digital transmission infrastructure, Saudi Arabia is enhancing the resilience
and efficiency of its power network. This shift toward smart grids is expected
to create significant opportunities for companies specializing in power
transmission lines and towers equipped with intelligent monitoring systems.
Government Initiatives and Policy Support
The Saudi government is actively supporting the
expansion and modernization of the power transmission sector through various
policies and investment programs. Vision 2030 outlines ambitious plans for
infrastructure development, energy diversification, and sustainable power
supply, all of which require extensive upgrades to the country’s power
transmission network. The National Renewable Energy Program (NREP) and the
Public Investment Fund (PIF) are key drivers of energy infrastructure
investments, allocating billions of dollars to enhance power generation and
transmission.
One of the major policy initiatives driving the
transmission lines and towers market is the privatization of the Saudi
Electricity Company’s (SEC) transmission sector. The unbundling of SEC into
separate generation, transmission, and distribution entities is encouraging
private sector participation and foreign investments in the power transmission
industry. This move aims to improve operational efficiency, reduce electricity
costs, and attract advanced technology providers.
Additionally, Saudi Arabia is promoting
international collaborations for energy infrastructure development.
Partnerships with global energy firms and technology providers are facilitating
knowledge transfer and accelerating the deployment of modern transmission
solutions. The government is also offering incentives and regulatory support
for companies involved in building and upgrading power transmission lines and
towers.
By creating a favorable investment environment and
prioritizing grid expansion, Saudi Arabia is positioning itself as a regional
leader in power transmission infrastructure. This policy-driven approach is
expected to boost market growth, creating lucrative opportunities for both
domestic and international players in the transmission sector.
Regional Power Interconnection and Cross-Border
Electricity Trade
Saudi Arabia is actively expanding its regional
power interconnections to enhance energy security and trade. The country is
part of the Gulf Cooperation Council (GCC) Interconnection Grid, which links
Saudi Arabia’s power grid with Bahrain, Kuwait, Oman, Qatar, and the UAE. This
regional transmission network allows for electricity exchange and grid
stability, reducing reliance on oil-based power generation during peak demand
periods.
A significant development in Saudi Arabia’s
power transmission sector is the ongoing interconnection project with Egypt.
The 3,000 MW Saudi-Egypt electricity interconnection project aims to facilitate
cross-border electricity trade between the Middle East and North Africa (MENA)
regions. This project involves the construction of new high-voltage direct
current (HVDC) transmission lines and towers, reinforcing Saudi Arabia’s
position as a key energy hub in the region.
Furthermore, Saudi Arabia is exploring future power
interconnections with Europe and Africa, leveraging its renewable energy
capacity to export electricity. The potential development of undersea power
cables and high-capacity transmission lines could transform Saudi Arabia into a
major electricity exporter, further driving investments in power transmission
infrastructure.
By strengthening regional power interconnections,
Saudi Arabia is enhancing grid reliability and creating new revenue streams
from electricity trade. This trend is expected to drive sustained demand for
power transmission lines and towers, making it a crucial factor in the market’s
long-term growth.
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Key Market Challenges
High Infrastructure Costs and Capital Expenditure
One of the major challenges in the Saudi Arabia
Power Transmission Lines & Towers Market is the high cost of infrastructure
development. Transmission lines and towers require substantial investment in
materials, labor, and advanced technology to ensure efficiency, reliability,
and longevity. The cost of constructing high-voltage transmission networks,
integrating renewable energy sources, and upgrading aging infrastructure places
a significant financial burden on both public and private entities.
Saudi Arabia is expanding its electricity grid to
support growing energy demands, but the cost of land acquisition, installation,
and maintenance of transmission lines continues to rise. Additionally, advanced
grid technologies, such as smart transmission systems and digital monitoring,
demand further capital investment.
Financing large-scale transmission projects remains
a challenge as public-private partnerships (PPPs) are still evolving.
Government funding plays a critical role, but economic fluctuations and budget
constraints may limit infrastructure spending. The private sector faces risks
due to high upfront costs, regulatory uncertainties, and lengthy project timelines,
which impact investment attractiveness.
To address these challenges, Saudi Arabia is
seeking foreign investments and private sector participation under its Vision
2030 initiative, but ensuring cost-effective project execution while
maintaining quality and efficiency remains a significant hurdle.
Harsh Environmental and Climatic Conditions
Saudi Arabia’s harsh desert climate presents
significant challenges for power transmission infrastructure. Extreme
temperatures, sandstorms, high humidity in coastal regions, and corrosion-prone
environments increase the maintenance requirements and operational risks for
transmission lines and towers.
During summer, temperatures in Saudi Arabia often
exceed 50°C, which places additional strain on electrical components,
insulators, and conductors. High temperatures increase line resistance and
power losses, reducing transmission efficiency. Moreover, thermal expansion and
contraction can cause structural fatigue in transmission towers, leading to a
higher risk of mechanical failures.
Sandstorms and dust accumulation further affect
insulator performance, leading to electrical faults and requiring frequent
maintenance and cleaning. In coastal areas, salt-laden air accelerates
corrosion, which weakens tower structures and shortens their lifespan. This
necessitates the use of specialized anti-corrosion coatings and advanced
materials, increasing costs.
To mitigate these environmental risks, Saudi
Electricity Company (SEC) and private sector players must invest in climate-resilient
materials, improved maintenance strategies, and advanced monitoring
technologies. However, adapting to extreme conditions requires continuous
R&D efforts and higher capital expenditure, making it a persistent market
challenge.
Grid Integration of Renewable Energy Projects
Saudi Arabia is rapidly expanding its renewable
energy capacity, particularly in solar and wind power, to diversify its energy
mix under Vision 2030. However, integrating intermittent renewable sources into
the national power grid presents significant technical and operational
challenges.
Unlike conventional power plants, which provide
stable energy output, solar and wind energy are variable and depend on weather
conditions. This intermittency can lead to grid instability, requiring advanced
transmission infrastructure and energy storage solutions to balance supply and
demand. Grid congestion is another issue, as large-scale renewable projects are
often located in remote areas, requiring extensive transmission network
expansion.
The existing transmission infrastructure was
originally designed for centralized fossil-fuel-based generation, making it
difficult to accommodate decentralized renewable energy sources. Upgrading the
grid to enable flexible power transmission involves implementing smart grids,
digital substations, and real-time monitoring systems, which require heavy
investment and technological adaptation.
Moreover, regulatory and technical standards for
renewable energy integration need further development. Saudi Arabia has
initiated policies to support renewable grid expansion, but streamlining
interconnection procedures and ensuring power quality remain key hurdles.
Addressing these issues requires long-term strategic planning, infrastructure
upgrades, and investments in advanced power management systems.
Supply Chain Disruptions and Material Costs
The Saudi Arabia Power Transmission Lines &
Towers Market is heavily dependent on a global supply chain for raw materials,
components, and equipment. Disruptions in global trade, rising raw material
prices, and geopolitical uncertainties pose significant challenges to project
execution and cost management.
Key materials such as steel, aluminum, copper, and
insulation components have experienced price fluctuations due to global
supply-demand imbalances, trade restrictions, and energy crises. The ongoing
volatility in commodity markets directly impacts the cost of manufacturing
transmission towers and conductors. Additionally, supply chain disruptions
caused by events such as the COVID-19 pandemic, geopolitical tensions, and
shipping delays have led to longer lead times for critical components.
Saudi Arabia’s reliance on imports for high-voltage
transmission equipment increases its exposure to these risks. While the country
is making efforts to develop local manufacturing capabilities, the transition
requires time, investment, and technology transfer agreements with global
industry leaders.
To overcome supply chain challenges, companies in
Saudi Arabia must explore alternative sourcing strategies, localize production
where possible, and adopt inventory management techniques to ensure stable
project execution. However, fluctuating material costs and logistical hurdles
continue to be major challenges affecting market growth.
Regulatory and Policy Challenges
The regulatory environment for power transmission
infrastructure in Saudi Arabia is evolving, but complexities in permitting,
land acquisition, and compliance requirements pose challenges for market
players.
Transmission line projects often face delays due to
lengthy approval processes from government authorities. Land acquisition for
transmission corridors is another major issue, particularly in urban and
industrial areas where competition for land is high. Negotiations with
stakeholders, environmental impact assessments, and legal clearances add to
project timelines and costs.
Additionally, the restructuring of the power sector
under Saudi Vision 2030, including privatization and the unbundling of Saudi
Electricity Company (SEC), introduces uncertainties for investors. Changes in
tariff structures, subsidy reforms, and evolving regulations affect financial
planning and project feasibility.
The integration of Independent Power Producers
(IPPs) into the grid also requires clear regulatory guidelines and risk-sharing
mechanisms to ensure seamless project execution. While Saudi Arabia is actively
working on regulatory reforms to attract investments, streamlining
administrative procedures and ensuring transparency remain critical challenges.
Addressing these regulatory hurdles requires enhanced
coordination between government agencies, private sector participation, and
policy frameworks that facilitate investment and project execution. However,
achieving regulatory efficiency in a rapidly transforming energy sector remains
an ongoing challenge.
Key Market Trends
Increasing Investments in Renewable Energy
Transmission
Saudi Arabia is rapidly shifting towards renewable
energy to diversify its power mix and reduce dependence on fossil fuels. The
country has set a target to generate 50% of its electricity from renewables by
2030, with significant investments in solar and wind energy projects. As a
result, new transmission lines and towers are being developed to integrate
these renewable power sources into the national grid.
The Sakaka Solar Plant (300 MW) and the Dumat
Al-Jandal Wind Farm (400 MW) are examples of renewable energy projects that
require dedicated transmission networks. Additionally, the Sudair Solar Project
(1,500 MW), one of the largest solar power projects in the region, demands
extensive transmission infrastructure to connect to the grid.
A key challenge in renewable energy transmission is
the intermittency of solar and wind power, which requires grid modernization
and energy storage solutions. Saudi Arabia is investing in smart grid
technology and energy storage systems to ensure stable electricity
distribution.
Another critical aspect is the need for new
substations and grid reinforcements in remote areas where renewable energy
projects are being developed. The government is working with international
firms to enhance transmission capabilities, including Siemens Energy, ABB, and
General Electric (GE).
Adoption of Smart Grid and Digital Transmission
Technologies
Saudi Arabia is embracing smart grid and digital
transmission technologies to improve the efficiency, reliability, and
resilience of its power infrastructure. The adoption of IoT (Internet of
Things), AI-driven predictive maintenance, and digital substations is
revolutionizing the power transmission sector.
One of the most critical advancements is the use of
automated grid monitoring and control systems. Smart transmission lines are
equipped with real-time sensors that provide data on power flow, voltage
fluctuations, and system failures. This helps utilities, such as Saudi
Electricity Company (SEC), optimize grid performance and prevent power outages.
Another significant development is the integration
of FACTS (Flexible AC Transmission Systems) and HVDC transmission technology.
These advanced transmission solutions improve power quality and enable
long-distance electricity transfer with reduced losses. The Riyadh Metro Power
Project has already implemented such smart grid technologies to ensure
efficient energy distribution.
Digital substations, which replace traditional
copper wiring with fiber-optic communication systems, are also gaining
popularity. These substations provide real-time remote monitoring capabilities,
allowing grid operators to quickly detect and resolve faults. Companies like ABB
and Schneider Electric are working with Saudi authorities to deploy such smart
transmission solutions.
Moreover, the government’s Saudi Smart Grid
Initiative aims to transform the power sector by incorporating AI-based energy
management systems and blockchain-based grid security solutions. This
initiative supports the growing trend of decentralized power generation,
including rooftop solar panels and microgrids.
Growth of Power Transmission Infrastructure in
Industrial Zones
Saudi Arabia’s industrial sector is experiencing
rapid expansion, with major projects in manufacturing, petrochemicals, and
logistics hubs driving the demand for reliable power transmission
infrastructure. Industrial zones such as King Abdullah Economic City (KAEC),
Jubail Industrial City, and Ras Al Khair are witnessing significant power grid
enhancements.
The growth of the mining and metals industry,
particularly with projects like the Saudi Vision 2030 Mining Strategy, is
increasing the demand for electricity transmission infrastructure. Companies
such as Ma’aden are investing in dedicated power networks to support
large-scale mining operations.
Furthermore, the rise of hydrogen production and
green energy projects in the Kingdom is creating the need for specialized power
transmission infrastructure. Saudi Arabia is positioning itself as a global
leader in green hydrogen production, with NEOM’s Green Hydrogen Project (4 GW
capacity) requiring extensive transmission and distribution networks.
Additionally, the government is working on
expanding industrial power transmission corridors to facilitate energy
distribution between industrial clusters. High-voltage transmission lines are
being constructed to connect economic zones, ports, and logistics hubs,
ensuring uninterrupted power supply for manufacturing and export-oriented
industries.
Public-Private Partnerships (PPP) and Foreign
Investments in Power Transmission
Saudi Arabia is actively encouraging public-private
partnerships (PPPs) and foreign investments to accelerate power transmission
infrastructure development. With increasing electricity demand, the government
is opening the sector to private sector participation to improve efficiency and
financing.
The Saudi Electricity Company (SEC) is
collaborating with international firms on major transmission projects. Notable
foreign investors, including ACWA Power, Siemens Energy, and General Electric
(GE), are engaged in power transmission upgrades and grid expansion.
The Privatization Program under Vision 2030 aims to
involve private firms in power infrastructure, particularly in grid
maintenance, transmission line construction, and smart grid projects. This
strategy reduces financial burden on the government and enhances operational
efficiency.
In addition, foreign direct investment (FDI) in
energy transmission is increasing due to Saudi Arabia’s commitment to renewable
energy. International firms are investing in grid modernization, HVDC
technology, and AI-driven energy management systems to enhance power
transmission reliability.
Segmental Insights
Product Insights
Transmission Towers segment
dominated in the Saudi Arabia Power
Transmission Lines & Towers market in 2024 due
to the country's rapid expansion of its electricity grid, increasing demand for
high-voltage power transmission, and the integration of renewable energy
sources. As Saudi Arabia continues to modernize its power infrastructure under Vision
2030, the need for efficient and reliable transmission systems has grown
significantly, driving the demand for new transmission towers across the
Kingdom.
One of the primary reasons for this
dominance is the expansion of high-voltage transmission networks to support
urbanization, industrialization, and large-scale infrastructure projects. The
development of smart cities such as NEOM, The Line, and Qiddiya requires
extensive power distribution networks, necessitating the installation of 400 kV
and 500 kV transmission towers to ensure stable and efficient electricity
transmission over long distances. Additionally, Saudi Arabia’s growing
industrial sector, including mining and petrochemical industries, requires
dedicated power transmission lines, further increasing the demand for
transmission towers.
Another crucial factor is the integration
of renewable energy sources, particularly solar and wind power, into the
national grid. Projects such as the Sudair Solar Project (1,500 MW) and Dumat
Al-Jandal Wind Farm (400 MW) require new transmission infrastructure to
transport electricity from remote generation sites to consumption centers. As
renewable energy production is often located in desert regions, steel lattice
towers and monopole towers are essential to withstand harsh environmental
conditions and ensure uninterrupted power flow.
Additionally, the Kingdom's push towards
regional grid interconnections, such as the Saudi-Egypt power link (3,000 MW)
and planned connections with the GCC and Jordan, is leading to increased
investments in high-capacity transmission towers. The adoption of advanced
tower designs, including hybrid and composite material towers, is also gaining
traction to enhance durability and reduce maintenance costs.
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Regional Insights
Riyadh dominated the Saudi Arabia Power
Transmission Lines & Towers market in 2024, due to its status as the economic and administrative hub of
the Kingdom, rapid urbanization, increasing industrial activities, and
large-scale infrastructure projects. As the capital city and the largest
metropolitan area, Riyadh has experienced substantial growth in electricity
demand, necessitating significant investments in power transmission
infrastructure, including high-voltage transmission lines and towers.
One of the key drivers of Riyadh’s
dominance is its role as the center of Saudi Vision 2030 initiatives, which
include massive developments such as the Riyadh Metro, King Salman Park,
Diriyah Gate, and Qiddiya Entertainment City. These projects require a stable
and high-capacity power supply, prompting expansions in the city’s transmission
networks. The Sustainable Riyadh Program, aimed at improving energy efficiency
and integrating renewable energy sources, has further fueled investments in
transmission lines and towers to modernize the grid and accommodate new energy
generation.
Additionally, Riyadh’s industrial and
commercial growth is a major contributor to the demand for power
infrastructure. The city hosts numerous industrial zones, including the Second
Industrial City and Sudair Industrial and Business City, which require reliable
electricity transmission. The expansion of data centers, smart buildings, and
high-tech industries has also led to an increased need for efficient power
distribution, further boosting investments in transmission infrastructure.
Another critical factor is the integration
of renewable energy projects into the national grid, many of which are located
near Riyadh. The Sudair Solar PV project (1,500 MW), one of the largest in the
region, requires extensive transmission infrastructure to deliver electricity
to the city’s power network. The push for grid modernization, including smart
grids and digital substations, has also led to the deployment of advanced
transmission towers that can handle higher voltages with improved efficiency.
Moreover, Riyadh’s strategic location in
central Saudi Arabia makes it a key hub for the national and regional power
grid. The city serves as a transmission link between the eastern, western, and
northern regions, necessitating continuous upgrades and expansions in
transmission towers and power lines. Additionally, Riyadh is a focal point for
cross-border energy trade, with projects such as the Saudi-Egypt power
interconnection, requiring enhanced grid capacity in the capital region.
Recent Developments
- In December 2024, IndiGrid, India’s largest listed
power sector infrastructure investment trust, partnered with British
International Investment (BII) and the Norwegian Climate Investment Fund
(managed by Norfund) to launch EnerGrid. This platform will develop greenfield
transmission and standalone battery energy storage system (BESS) projects in
India. The USD 300 million investment was formalized at COP29 in Baku, with the
agreement signed by BII Chair Diana Layfield, IndiGrid CEO Harsh Shah, and
Norfund CEO Tellef Thorleifsson.
- In November 2024, Adani Group secured a USD736
million, 30-year public-private partnership contract to finance, construct,
operate, and maintain 171 miles of power transmission lines and three
substations in East Africa. The agreement, signed between Adani Energy
Solutions Ltd. and Kenya Electricity Transmission Co., aims to enhance Kenya’s
power infrastructure. As Kenya’s state-owned transmission operator, the company
manages 2,564 miles of electricity infrastructure, and this collaboration is
set to improve power reliability and support regional energy growth.
- In November 2024, the 21st Century Power
Partnership advanced its initiatives, transitioning from country-specific
action plans to broader thought leadership that influences the evolution of
global power systems. By fostering collaboration, innovation, and policy
development, the partnership continues to drive sustainable energy transitions,
enhance grid resilience, and promote clean energy adoption. Through research,
strategic dialogues, and stakeholder engagement, it plays a pivotal role in
shaping the future of power infrastructure and energy management worldwide.
- In January 2025, United Power, Inc., a leading
electric cooperative serving Colorado’s northern Front Range, signed a power
purchase agreement for the 150-megawatt (MW) Byers Solar Farm in Adams County.
Developed in collaboration with Silicon Ranch, one of the nation’s largest
independent power producers, this project strengthens United Power’s renewable
energy portfolio. Located 10 miles northeast of Byers, the solar farm will
enhance grid reliability, support sustainability goals, and provide cleaner
energy solutions to the cooperative’s expanding customer base.
Key
Market Players
- Saudi Electricity Company
- Zamil Group Holding Company
- Al Sharif Group Holding
- Schneider Electric Saudi Arabia
- Siemens Saudi Arabia
- General Electric
- Al-Babtain Power & Telecom
- National Company for Galvanizing and Steel Poles (Galvanco)
|
By Product
|
By Current
|
By Voltage
|
By Application
|
By Region
|
- Transmission Lines
- Transmission Towers
|
|
- 69 kV to 130 kV
- 131 kV to 220 kV
- 221 kV to 660 kV
- >660 kV
|
- High Tension
- Extra High Tension
- Ultra High Tension
|
- Riyadh
- Makkah
- Madinah
- Asir
- Jeddah
- Tabuk
- Eastern Province
- Rest of Saudi Arabia
|
Report Scope:
In this report, the Saudi Arabia Power Transmission
Lines & Towers Market has been segmented into the following categories, in
addition to the industry trends which have also been detailed below:
- Saudi Arabia Power Transmission Lines &
Towers Market, By Product:
o Transmission Lines
o Transmission Towers
- Saudi Arabia Power Transmission Lines &
Towers Market, By Current:
o HVAC
o HVDC
- Saudi Arabia Power Transmission Lines &
Towers Market, By Voltage:
o 69 kV to 130 kV
o 131 kV to 220 kV
o 221 kV to 660 kV
o >660 kV
- Saudi Arabia Power Transmission Lines &
Towers Market, By Application:
o High Tension
o Extra High Tension
o Ultra High Tension
- Saudi Arabia Power Transmission Lines &
Towers Market, By Region:
o Riyadh
o Makkah
o Madinah
o Asir
o Jeddah
o Tabuk
o Eastern Province
o Rest of Saudi Arabia
Competitive Landscape
Company Profiles: Detailed analysis of the major companies present in the Saudi
Arabia Power Transmission Lines & Towers Market.
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Saudi Arabia Power Transmission Lines & Towers
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