GPower

 

 

 

 

Silver Alliance Partner

GPower is among the leading experts in Europe to build specialized measuring instruments, controllers, and signal generators for automation, simulation, and test projects. Based on leading-edge technology, an ongoing cooperation with some of the largest industrial enterprises in Northern Europe, and more than 20 years’ experience with NI hardware and software, including development of systems based on LabVIEW and TestStand, GPower has built up a strong foundation in terms of developing high-quality solutions for gathering measurements, generating signals, and saving data sets. Furthermore, GPower has the skill sets to combine NI’s hardware with proprietary software for the purpose of delivering affordable and innovative test and measurement systems of the highest quality.

 

 

Services Offered: Contract Product Development, Software Consulting, System Integration


Contact GPower

 

Company Info

 

 

Established 2012

6

Years as Alliance
Partner

11 to 25 Employees

 

 


 

Top Industries

Automotive

Consumer Electronics

Electrical Machinery/Equipment

Manufacturing

 

Top Application Areas

Data Acquisition, Generation

Embedded Systems

Test and Measurement

Vision

 

NI Hardware

CompactRIO/R Series

Data Acquisition

Industrial Controllers

PXI Streaming & Synchronization

Vision Systems

 

NI Software

InsightCM

LabVIEW

LabVIEW FPGA

LabVIEW Real-Time

TestStand

 

 

Locations

Headquarters

Address: Samsoevej 31 , Hinnerup, Denmark
Phone: +45-5190-5790

 

Certifications

 

NI Certifications

#

CLA

5

CLD

5

CLED

1

CTD

4

CTA

5

CPI

1

 

Company Certifications

None Listed

 

Individual

None Listed

 

Products, Solutions, and Case Studies

 

 

Solutions

ProFactory: GPower's Test System

ProFactory is a standardized, but at the same time a modular and scalable system that can handle all kinds of test executions.

 

Products

Software Products

GPower Expression Parser

GPower Expression Parser is a LabVIEW-toolset. The toolset is developed with the purpose of calculating numeric values on the basis of mathematical text strings in place of static function blocks. Furthermore, the Expression Parser supports more than 260 functions and mathematical constants, and it calculates values in any one of LabVIEW's 14 numeric data types. By means of GPower's Expression Parser, you will be able to convert math from text to numbers in your LabVIEW program at runtime.

 

GPower Toolsets

GPower Toolsets consist of 11 free tool palettes for LabVIEW with more than 1000 customised GPower VIs. The tool palette gives the LabVIEW programmer a number of unique functions that extend LabVIEW in key areas. Array, Error-handling, Math, Overflow Arithmetic, Timing, and VI registers just to name a few.

 

 

Case Studies

Complicated Measurements for Understanding Blade Dynamics

How do you measure the movements of a wind turbine blade in operation, and how do you combine these movements with the wind turbine’s energy production? At first sight, it might sound like a simple task. However, when considering the scale of today’s wind turbines having a blade length of about 80 meters, it can become a highly complex measurement task.

 

Simulation of wind turbines

Siemens has the need to test a lot when they develop their wind turbines. Since it is both expensive and space-consuming to have an entire park of wind turbines available and would be too dependent on weather conditions, we developed a wind turbine simulator instead that is less space-consuming and easier to duplicate than an actual, physical wind turbine.

 

Model-based test architecture

Danish power-generating solutions manufacturer, DEIF, had an excellent starting point since they used a standardized sequence-manager for their productions testing in form of TestStand from National Instruments. Besides test-sequences, TestStand is used to define a process model that defines the outlines for how a test should be carried out – what tasks to execute, in what order and under which circumstances. Unfortunately, this process model was static (in its construction) which meant a lot of work for DEIF when they wanted to alter the various outlines for their tests or wanted to upgrade to a newer version of TestStand. DEIF wished for a process model with a more flexible architecture.

 

Automation of tests

Manufacturer of dental equipment, Sirona, brought us this challenge: “We need to make the testing of our sterilizing autoclaves easier.” We solved this challenge by automating several tasks in their testing process. Not only did this automation reduce a lot of their time- and financial costs, but it also increased the safety of the testing process.

 

Testimonials

 

Contact GPower

 

*Information supplied on this page is provided by the partner and has not been verified by NI

 

  Back to Top