Revolutionizing Energy Management with NavVis Technology

October 18, 2024
|
Updated February 9, 2026
|

2 min read

Energy management chart displaying consumption data over time, with visualizations from NavVis technology.
In today’s fast-paced world, efficiency is key. For many institutions, managing energy consumption is a critical aspect of their operations. Ostfalia University of Applied Sciences‘ Institute of Production Engineering recently experienced a dramatic transformation in their energy management processes in their in-house production labs, thanks to the integration of NavVis technology. We sat down with Dipl.-Ing. Egbert Homeister, a representative from the university, to discuss their journey and the benefits they have gained from this innovative solution.

From an article on the NavVis blog.

The initial hurdle


“Previously, it took me 8 years with a few hundred students to get an idea of what the whole thing looks like,” Egbert shared. “But with NavVis technology, our institute was scanned in just 26 minutes.” From the initial scan with NavVis VLX, to data processing and visualization in NavVis IVION, this staggering difference underscores the potential this solution holds for streamlining processes and gaining insights that were once slow to obtain.

Why NavVis IVION for energy management?


The decision to implement NavVis IVION stemmed from the comprehensive nature of the university’s operations. “NavVis IVION is a simple and effective way to visualize data from our existing energy management system, bringing it close to the objects and providing everyone access to this information,” Egbert explained. “We have almost the entire process chain on site, from materials and warehouse management to various manufacturing processes like milling, turning, and bending.”

This complex setup created an ideal environment for testing and implementing a robust energy management system. With NavVis IVION, the institute found a way to not only visualize their machinery in 3D but also extract critical information from it. “For us in production technology, this information is crucial and often difficult to obtain,” he noted.

Traditionally, obtaining energy consumption data involved asking production employees to prepare reports—a time-consuming task outside their primary responsibilities. NavVis IVION changes this dynamic, offering a digital, self-service approach that tailors information to specific needs.

For the complete article CLICK HERE.

Get Lidar News in Your Inbox

Weekly updates on lidar tech, geospatial industry news, case studies, and product reviews.

About The Author

Gene Roe - founder of Lidar News

Phoenix Lidar System - complete lidar solutions

Recent 3D Modeling Posts

Autonomous Navigation Lidar for ESA Moon Mission

Editor’s Note: Autonomous navigation lidar is enabling machines to understand and navigate complex environments without…

July 28, 2026

Lidar Supports Vivid Sydney Projection Mapping

For Vivid Sydney’s Creative Technology After Dark, lidar scanning was used to create accurate digital…

July 7, 2026

Preserving an Icon: Liberty Bell Digital Twin

The Liberty Bell Digital Twin Project recently created the first free, high-resolution public digital twin…

July 2, 2026
The four stages of 3D Gaussian Splatting reconstruction, visualised as a single progression. A sparse point cloud provides the initial spatial skeleton (left); large overlapping Gaussian primitives are seeded from those points and begin to occupy volume (second); the optimiser densifies and refines those primitives, packing them tighter as the form converges (third); finally, alpha-compositing from the correct viewpoint produces a photorealistic render with no visible primitives remaining (right). The primitives never disappear, they simply become coherent. This is not a surface mesh, not a voxel grid, not a neural network at render time. It is millions of learned ellipsoids, each carrying position, shape, rotation, colour and opacity, composited in depth order at real-time frame rates. Image: Mike Devers / Cr8ive Media

Gaussian Splatting and LiDAR: A Practitioner’s Field Guide

3D Gaussian Splatting (3DGS) is one of the most talked-about technologies in reality capture right…

June 23, 2026
New Coherent Lidar Expands What 3D Sensing Can See

New Coherent Lidar Expands What 3D Sensing Can See

A new lidar system developed by researchers at the University of Toronto, the Vector Institute,…

June 23, 2026

Cyprus History With 3D Heritage Modeling

An island-based French artist is blending traditional physical sculpting with modern digital workflows to preserve…

June 19, 2026

Popular Posts

Get Lidar News in Your Inbox

Weekly updates on lidar tech, geospatial industry news, case studies, and product reviews.

Frontier Precision Emesent STX