Unlock the potential of smarter infrastructure
Your infrastructure, fully connected.
YLECTRON is an AI-powered platform designed to simplify and centralize the management of complex infrastructures. It monitors and controls energy systems, HVAC, lighting, EV charging, industrial machinery, security, and other critical operations in a single intelligent ecosystem.
By connecting all systems and data sources, YLECTRON provides real-time insights, anticipates issues, and automates decisions. Advanced analytics and AI-driven forecasting turn operational data into actionable intelligence, enabling teams to optimize resources, reduce downtime, and improve overall performance.
The result is operations that are more efficient, reliable, and sustainable, with lower energy consumption, reduced environmental impact, and uninterrupted, safe functioning – giving your team the clarity and control to focus on what matters most.
For whom
YLECTRON supports a wide range of sectors, helping organizations operate smarter, more efficiently, and sustainably across all critical infrastructures.
Industries we serve:
Smart Industry
Empower manufacturers with real-time monitoring, quality control, and predictive analytics for production lines. Our solution enables rapid response to deviations and a unified view across all infrastructures, boosting efficiency and product quality.
Intelligent Transport Infrastructure
Monitor and control road networks, tunnels, and transport hubs in real time. It supports scenario modeling, automated action plans, and KPI-driven management to maximize availability, safety, and energy efficiency.
Smart Buildings
Transform offices and facilities into sustainable, energy-efficient environments. With renewable energy integration, energy monitoring, and AI-powered non-intrusive load monitoring, the platform helps organizations reduce costs, lower carbon footprints, and achieve self-sufficiency.
Smart Sports & Event Facilities
Optimize energy management and operations for stadiums and arenas. The solution ensures reliable performance, real-time system monitoring, and efficient energy use during high-demand events, supporting operational excellence and sustainability.
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What we do
Maximize efficiency and take full control of your critical networks by defining objectives, modeling the network, analyzing the impact of variables, and creating simulation scenarios. YLECTRON combines advanced technology, real-time analysis, and AI to improve efficiency in the management of energy and critical infrastructures.
AI-powered Data Analysis
Identify patterns and forecast energy demands.
Automated Control Systems
Seamless integration with existing infrastructure.
Predictive Maintenance
Avoid costly breakdowns with real-time monitoring.
Smart Grid Management
Improve efficiency through automated decision-making.
How we do it
Here’s how YLECTRON transforms data into action, turning complex networks into operations that are efficient, reliable, and sustainable.
Monitoring
Efficiently integrate data and equipment through SCADA, visualize the networks of all the subsystems consumed, and access historical and predictive data for informed decision-making.
Operation
Obtain data from systems and equipment, efficiently manage incidents, optimize energy production, and troubleshoot distribution problems under various environmental conditions.
Optimization
Use the potential of artificial intelligence to correlate data, detect patterns, evaluate network performance and propose scenarios for energy efficiency and optimized management of critical networks.
Modeling
Maximize energy efficiency and the management of critical networks by defining objectives, modeling the network, analyzing the impact of variables and creating simulation scenarios.
Management
Explore data, generate metrics and reports, and unleash the power of big data, AI, and machine learning to obtain valuable insights and make assertive decisions.
Highlights
According to McKinsey, global energy consumption is expected to grow by around 60% by 2050.
McKinsey highlights that energy efficiency improvements could offset up to 40% of projected demand growth, making efficiency one of the most powerful levers for sustainable energy management.
Morgan Stanley projects that annual energy transition investments will surpass USD 2 trillion by 2030, fueled by electrification, renewable energy, and efficiency initiatives.