Skip to main content
Search
Menu
Electrical vehicle charging

Metrology for supraharmonics

The project will develop methods for traceable calibration of power quality meters that measure supraharmonics.

A rapid connection of equipment and facilities that contain power electronics converters such as solar cells, wind power and electric car chargers increases the load on the electricity grid and creates disturbances that affect the quality of the electricity.

A relatively new power quality parameter

Harmonics, disturbances in the frequency range up to 3 kHz, have been known for a long time and are well researched. For harmonics, there are also established regulations and standards for how much harmonics equipment may emit. So-called supraharmonics, disturbances in the frequency range 2 to 150 kHz, are, however, a relatively recent power quality parameter. The need to measure supraharmonics and evaluate how they affect the electricity grid has increased. Standardization groups have worked with and presented proposals for measurement and test methods with associated requirements for measurement uncertainty.

The industry is also developing power quality meters that can measure supraharmonics, and it is important to be able to evaluate that these function reliably.

Traceable calibration

The project will develop methods for traceable calibration of power quality meters that measure supraharmonics. The National Laboratory for Power and Energy already has methods for other measurements in the relevant frequency range, and measurement of supraharmonics is a natural extension of the National Laboratory’s competence and ability.

Summary

Project name

Metrology for supraharmonics

Status

Active

RISE role in project

Projektledare

Project start

Duration

20251231

Total budget

1.4 MSEK

Funders

Vinnova

Project members

Angela Espin Delgado

Contact person

Angela Espin Delgado

Forskare

+46 10 516 67 73

Read more about Angela

Contact Angela
CAPTCHA
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.

* Mandatory By submitting the form, RISE will process your personal data.