Smart Energy Management - How does it work in factories?

USE CASE

Smart Energy Management in Factories.

TARGET USER

Factory industry.

OVERVIEW

A factory relies on energy to power their production lines and support their daily operations. However, high energy consumption can result in increased costs and environmental impact. To address these challenges, the factory implements an IIoT system that monitors and optimizes their energy consumption in real-time.

Challenge 1

Limited visibility and lack of real-time energy data.

The factory has limited visibility and does not have real-time data on their energy consumption, making it difficult to identify opportunities for energy savings and adjust their energy usage as needed.

Challenge 2

Inefficient energy usage.

The factory’s current energy usage is inefficient, leading to high costs and environmental impact.

Solution 1 (a)

IIoT sensors and analytics feature with real-time energy monitoring.

The factory installs IIoT sensors and system to monitor energy consumption in real-time, providing the factory with visibility into their energy usage and identifying areas for energy savings.

Solution 1 (b)

Real-time alerts and notifications.

The IIoT system provides real-time alerts and notifications when energy usage exceeds a certain threshold, allowing the factory to act quickly and reduce costs.

Solution 2

Machine learning algorithms for energy optimization.

The analytics feature uses machine learning algorithms to optimize the factory’s energy usage, reducing costs and environmental impact.

Smart Energy Management in Factories