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Range of accessories to enrich your living environment with enhanced IoT - based user
Responding to Industrial demands, Legrand offers solutions for situations and variables such as high working temperatures, UV radiation, high-pressure fluid operations, corrosivity, and highly expected reactive and mechanical forces. Enable stable, secure and eco-friendly operations along with optimised returns by utilising cost-effective technologies.
Reduce energy losses by eddy reduction and conversion to reactive power. Experience safety and flexibility with Zucchini's dependable busbars
Robust solutions for environments prone to high temperature and pressure, UV radiation, corrosive and mechanical stresses
Providing solutions with an instantaneous response factor to minimise energy consumption while boosting safety
Connectivity of centralised control systems with safety, optimal control, and monitoring. Legrand makes you feel at ease in regards to upcoming future trends.
52 Billion
Smart devices on the Internet by 2030
+50%
Increase in Efficiency by the Internet 4.0
-88%
Reduction in Safety Lapses by Adoption of Smart Devices like SensorsLegrand's Industrial solutions merge global brands, delivering a robust infrastructure portfolio under one unified team
Resilient and reliable functioning involves utilising efficient techniques for energy conservation, redirecting service outputs, enhancing safety, and generating income
Complete distribution system from 16 up to 5000A offering great flexibility
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Unparalleled performance for motor control and protection, sensitive to phase loss
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PVC and GRP systems for environments needing strong resistance—like tunnels, and chemical or nuclear sites
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High-performance transformers for optimized consumption and reduced maintenance
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User-friendly structural design with efficient internal wiring and installation
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Circuit breakers spanning all breaking capacities with simplified operation
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Comprehensive range including Digital, Analogue and Smart Connected devices
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Meters with meters energy usage tracking by building, floor, and application
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Dual certifications of IEC and CCC. The product has visible contacts and can be padlocked and other safety isolation measures. The product has reached Class A of the isolating switch classification
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Legrand HV/LV transformers (up to 17,000 kVA) can reduce electricity consumption by up to 20% during off-peak activity phases in healthcare facilities. Compact and easy to use, they offer good resistance to short circuits and they reduce maintenance costs
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Our UPS range curtails electricity use and enhances installation efficiency, achieving 99% in ECO mode and 95% in Online mode
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Our selection of capacitor banks and harmonic filters counteract reactive energy and diminish harmonic currents. This safeguards the protection chain by enhancing the primary electrical supply quality
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Legrand offers cooling solutions to maintain hot and cold environments with a cooling capability of up to 30 kW per enclosure and can withstand up to 1,200 kg
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Legrand’s range of Distribution Boards is specially designed for strong versatility, high frame strength, high safety, strong overload capacity, simple and flexible operation, low failure rate and convenient maintenance
Download BrochureWide range of capabilities tailored to the user's demands, while still being simple to use and interface with the current infrastructure
Find essential information about all product categories for Legrand Solutions - experience growth and efficiency
View CatalogueStories about future-ready solutions, sculpted with customer-focused objectives
A few years ago, building for the cloud was relatively straightforward. You picked a provider, scaled as needed, and optimized along the way. That simplicity is gone. In 2026, AI has changed the rules. Not just for software but for the infrastructure behind it. What used to be a single decision is now a series of trade-offs. Training versus inference. Cost versus performance. Speed versus control. And increasingly, one environment is not enough. The result is a fragmented ecosystem of AI infrastructure models, each solving a different part of the problem. And that shift is quietly redefining how data centers need to be designed.
When people talk about Artificial Intelligence, the focus is often on GPUs, models, and compute breakthroughs. But the real transformation is happening deeper, within the infrastructure that powers it all.
A few years ago, 15–20 kilowatts per rack was considered high density. Today, AI training environments routinely demand 40–60 kilowatts per rack and rising. This is not gradual growth. It is a structural shift in how data centers are built. And the real strain is not on the servers themselves. It is on the electrical backbone, distribution architecture, rack environments, and monitoring systems that were never designed for this level of intensity. So what actually makes a data center future ready in an AI driven world?
Listen to case studies to validate our claims on anything from operational improvement to infrastructure automation
Navi Mumbai, India
Thrissur, Kerala
Nagercoil, Tamil Nadu
Kizhakkambalam, Kerala
Hyderabad, Telangana
