Developments in LV network monitoring - WG 2023-2

Regulatory requirements and customer expectations of LV networks have changed over recent years. This is largely due to the presence of LV-connected Distributed Energy Resources, often rooftop solar PV, together with domestic heat pump and EV charger loads. Almost all LV networks have been operated as ‘run until failure’ but the change in expectations has led to revised LV monitoring and asset management strategies. These strategies vary according to the availability of real-time and historic data from a variety of sources, including but not limited to smart meters, distribution transformer or multi-feeder CADA/monitoring, GIS, and weather data.

 

 

Convener :

Hawkins David, IET, United Kingdom

Faria Joana, Eneida, Portugal

Abou Alyazied Ahmed Heba Ibrahim, Ministry of Electricity, Egypt

Arafa Mohamed Ibrahim Ahmed, Ministry of Electricity and Renewable energy, Egypt

Bartolomei Lorenzo, REPL ITALIA SRL, Italy

Bychina Evgeniia, Israel Electric Corporation, Israel

Cerero Real de Asúa Ramon, Iberdrola, Spain

Chiu Stephen, Powerco, New Zealand

Curro Laurie, Consultant, Australia

Finkel Michael, Hochschule Augsburg, Germany

Hes Stanislav, CEZ Distribuce, Czech Republic

Jätz Christoph, Avacon Netz GmbH, Germany

Jupe Sam, Nortech Management Ltd, United Kingdom
Kafal Moussa, Nexans, France
Li Yutong, Shenzhen Institute, China

Pasker Jürgen, KNG-Kärnten Netz GmbH, Austria

Pimpinella Laura, Enel Italia Spa, Italy

Ramon Marin Miquel Angel, Enel Grids, Spain

Sanfilippo Adolfo, CESI, Italy

Schwierz Thomas Christoph, TU Dortmund, Germany
ter Haar Dirk, SMIGHT GmbH, Germany
Urquhart Andrew, Loughborough University, United Kingdom

Wael Abd El-Aziz Al-Dosokey, Egyptian Electricity Holding Company, Egypt

Wende-von-Berg Sebastian, Fraunhofer IEE, Germany
Wild Jean, Schneider Electric, France

Zhuravlov Ivan, Sicame Group, France