Getting smart with electricity networks – Information Centre – Research & Innovation

An EU-funded task has served to generate the advancement and use of good grid remedies throughout Europe. It has also presented exterior engineering teams with free of charge entry to point out-of-the-artwork facilities to help them to carry out their have investigation.


© income_graphic #260010677, 2020

Europe is wanting to increase its use of renewable electrical power sources as a way of reducing emissions and to tackle world warming. On the other hand, integrating the likes of photo voltaic and wind ability into electrical energy grids continues to be a challenge due to fluctuations in provide and limited storage potential. This is an challenge for ability program operators who want to keep stability of electrical energy supplies to households and business.

Wise grids could deliver an remedy. They embrace a assortment of systems, purposes and infrastructures that can enable regulate ability distribution devices more correctly and intelligently. Though a great deal of the investigation in this area has focused on certain features of good grids, the EU-funded ERIGRID task took a more holistic method, drawing collectively the work of researchers from throughout Europe.

‘Our task supports the technological advancement and roll-out of good grid approaches, remedies and concepts in Europe by addressing program validation for good grids,’ suggests task coordinator Thomas Strasser from the AIT Austrian Institute of Technological innovation. ‘We are producing frequent methods, concepts and processes by bringing collectively eighteen European investigation centres and institutions with fantastic investigation infrastructures.’

Actual-time simulations

ERIGRID’s Trans-nationwide Activity (TA) programme offered exterior teams free of charge entry to some of Europe’s best facilities. By task shut in April 2020, around 70 teams of engineers and researchers experienced taken gain of the programme. They worked on a assortment of subjects relating to good grids and electrical power distribution networks, together with ICT, automation systems, ability manage hardware and generation of new parts. The TA-backed initiatives had been also ready to test remedies by way of actual-time simulations.

Throughout six calls for proposals, the TA sent final results that will enable to acquire clever electrical power networks. For case in point, the ECOSMIC task drew up an financial evaluation framework for micro-grids. The findings presented a pathway for the productive use of decentralised ability era for urban residential electrical energy networks.

Meanwhile, the LCA task formulated a technological resolution that could cut down the ability industry’s reliance on an environmentally destructive synthetic fuel. Sulphur hexafluoride (SF6) is extensively utilised to reduce short circuits but is considered to be the most potent of all greenhouse gases. LCA’s resolution combined impressive sensor systems and dry air to insulate circuits alternatively of using SF6.

Open up entry applications

To complement the TA programme, ERIGRID worked to deliver researchers and engineers with new information and applications in this fairly young topic area. ‘We are providing training and educational components that handle a entire assortment of troubles and meet up with crucial needs in the area of ability and electrical power devices,’ suggests Strasser. ‘And we are raising recognition of the want to validate good grids by way of a wide collaboration with stakeholders.’

The task ran regular webinars, workshops and seasonal schools to share skills and best exercise on subjects such as ability era solutions for good metropolitan areas and constructing trusted and protected digitalised electrical power devices. Quite a few open entry and open supply applications had been also formulated, which are now readily available by way of the ERIGRID web site.

The provision of entry to fantastic good grid and good electrical power devices investigation infrastructures will proceed in the ERIGrid 2. task more than the subsequent 4 several years.