Energy Management

Linked IoT transforms energy data into actionable insights through real-time monitoring, centralized dashboards, intelligent alerts and detailed analytics. Monitor consumption, identify energy wastage, improve power quality and optimize operating costs across equipment, departments and multiple facilities from one unified platform.

Real-Time Monitoring Energy Analytics Power Quality Multi-Utility Cost Optimization Sustainability

Energy Consumption Monitoring

Energy Consumption Monitoring

Monitor electricity usage across plants, buildings, and facilities.

Power Quality Monitoring

Track voltage, current, frequency, power factor, harmonics, and electrical health.

Multi-Utility Monitoring

Monitor electricity, water, gas, steam, compressed air, and diesel from one platform.

Machine & Equipment Energy Monitoring

Measure energy consumption of individual machines, production lines, and critical equipment.

Demand Management & Peak Load Control

Analyze peak demand and reduce maximum demand charges.

Energy Cost Analysis

Convert consumption into cost using utility tariffs, shifts, departments, or projects.

Renewable Energy Monitoring

Monitor solar PV generation, DG sets, battery storage, and energy import/export.

Energy Efficiency & Performance Analytics

Compare historical trends, identify wastage, benchmark equipment, and improve efficiency.

Alerts & Anomaly Detection

Receive instant alerts for abnormal consumption, power failures, overloads, and equipment faults.

Sustainability & Carbon Emission Reporting

Track, report, and reduce your carbon footprint with automated sustainability analytics.

See It in Action

Watch how Linked IoT's Energy Management platform helps industrial facilities cut energy costs and boost sustainability.

▶ Watch Video 🖥️ Live Demo

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Energy Management Platform Demo

Key Features

Everything you need to take control of your energy consumption from day one.

Real-Time Energy Monitoring

Continuously monitor electricity, water, gas, steam, and other utility consumption across machines, departments, and multiple facilities through a centralized platform.

Power Quality Analysis

Track critical electrical parameters including voltage, current, power factor, frequency, harmonics, and load imbalance to maintain a reliable and efficient power system.

Intelligent Alerts & Notifications

Receive instant alerts for abnormal energy consumption, peak demand, power failures, equipment faults, and threshold violations

to enable faster response and minimize downtime.

Advanced Analytics & Reports

Generate comprehensive reports with historical trends, consumption patterns, cost analysis, and energy performance indicators to support informed decision-making.

Multi-Site Energy Management

Monitor and compare energy performance across multiple plants, buildings, branches, or customer locations from a single unified dashboard with centralized data access.

Energy Optimization & Cost Reduction

Identify energy wastage, optimize equipment operation, reduce peak demand charges, and improve overall energy efficiency to lower operational costs and support sustainability initiatives.

Dashboard Samples

See how our energy dashboards bring real-time visibility to every aspect of your operations.

How It Works

From sensors to insights in four simple steps

Connect

Install smart meters and sensors on equipment, panels, and utility lines.

Collect

Data flows in real-time via MQTT, Modbus, OPC-UA or custom APIs to Linked IoT.

Analyze

AI-powered analytics engine processes consumption patterns, anomalies, and trends.

Optimize

Receive actionable insights, alerts, and reports to reduce costs and improve efficiency.

Why Choose Linked IoT

Linked IoT is a scalable Industrial IoT platform designed to connect, monitor, analyze, and optimize industrial assets from a single unified platform. With multi-protocol connectivity, real-time insights, intelligent automation, and enterprise-grade security, it empowers businesses to improve operational efficiency, reduce costs, and accelerate digital transformation.