Metrology for future energy transmission

Short Name: FutureEnergy, Project Number: 19ENG02
image showing Lightning hitting a high voltage tower
Lightning hitting a high voltage tower

Ultra-high voltage grids transmit electricity more efficiently than current networks but require new methodologies

Electricity travels over transmission networks as alternating current (AC) at high voltages to help minimise energy losses, currently equivalent to 150 million tons of CO2 per year. To reduce this and meet future demand transmission levels are increasing to ultra-high voltage (UHV) levels of 1000 kV or above and changing to direct current (DC) which is more efficient over long distances. Established measurement methods currently used for AC, however, do not yet cover ultra-high voltage direct current (UHV-DC).


New methods and hardware were developed within the project to extend the traceable measurements for UHV-DC from 1600 kV to 2000 kV. It applied techniques currently used for AC to UHV-DC, including ‘partial discharge’ measurements, effective in preventing component degradation. ‘Lightning impulse’ tests, used to ensure network components can withstand high, transient voltages, will be extended above 2.5 MV.


At its completion in 2023 project outputs have aided the development of UHV-DC grids, reducing CO2 emissions and helping to provide a cleaner environment in Europe.


This project builds on from EMRP project ENG07 HVDC.


Project website
Research Project EMPIR 19ENG02 Future Energy

VDE High Voltage Technology 2020; ETG-Symposium

Other Participants
Tampereen korkeakoulusäätiö sr (Finland)
Technische Universiteit Delft (Netherlands)
Universidad Poltécnica de Madrid (Spain)