Why clearing the grid queue won’t fix data centers
Electrification of tomorrow
08/10/2026
Electrifying your future data center
Nexans Data Center Power brings together medium- and low-voltage cables, accessories, tech solutions and services for data center developers, operators and installers. From electrical architecture design to power grid operations, it helps build data centers that are more resilient, more energy efficient and more sustainable.
of operating costs are related to energy (Source: Nexans internal market study)
per AI rack, up from 5โ10 kW just five years ago
of data center outages cost at least $100,000 (Source: Uptime Institute, Annual Outage Analysis 2022)
Data center operators must add power capacity on saturated grids, protect uptime, control energy costs and meet stricter ESG requirements, all at the same time. Behind each of these challenges sits the electrical architecture, which has become a strategic lever for resilience, energy efficiency and long-term performance.
Prepare the electrical infrastructure for growing loads and AI-driven power densities.
Reduce electrical risks at every connection and protect critical operations.
Balance CAPEX and OPEX to optimize value over the whole lifecycle.
Cut energy losses and embodied carbon to support ESG and reporting targets.
As a global pure player in sustainable electrification with over a century of cabling expertise, Nexans combines cables, accessories, tech solutions and services in one integrated offer. It supports developers, operators and installers across the entire project lifecycle.
[Design] Optimize electrical design before a single cable is laid
Engineering expertise, electrical compliance advisory and cable sizing to improve energy efficiency and total cost of ownership from day one.
[Supply & Install] De-risk the power grid to ensure performance
A portfolio covering low, medium and high voltage, pre-terminated cables and smart accessories, secured supply and advanced logistics.
[Operate] Secure uptime with technology-enabled solutions
Real-time power grid monitoring, electrical cabling reliability and data-driven maintenance throughout the life of the facility.
โฌ3M
TCO impact with the electrical architecture design optimization, due to power losses.*
*over a 5-year period for 50MW IT hall.
24/7
health monitoring and analysis of medium voltage electrical circuits.
-50%
COโ emissions during the production with the low-carbon cables range.
A data center’s power travels from the grid connection to the IT racks through several voltage levels and conversion stages. Each link requires cables and accessories suited to its voltage, load and safety constraints. Nexans covers the entire chain with a single portfolio.
01 Grid connection
High- and medium-voltage cables and accessories linking the site to the grid substation.
02 MV distribution
Medium-voltage cables, joints and terminations distributing power across the campus.
03 Transformers to switchboards
Low-voltage power cables carrying high currents from transformers to main switchboards.
Choosing the right cables and accessories at each step is key to reliability: most medium-voltage failures occur in cable systems, and particularly at joints.
Learn how to choose power cables and accessories for data centers
HTS superconducting cables
High-temperature superconducting cables power hyperscale and gigawatt-scale data centers with near-zero transmission losses, in a much smaller footprint than conventional cables.
Most of a power cable’s carbon footprint comes from electrical losses during operation, so the biggest lever lies in design and cable sizing. Nexans complements it with low-carbon cables, certified environmental data for Scope 3 reporting and cable recycling.
Why power cables and accessories are strategic assets for data centers: 2% of CAPEX, a decisive share of reliability.
Explore our two white papersFrom electrical architecture to operations, our data center experts help you secure power supply, reliability and sustainability targets.