Imagine – at 7.30pm city buildings built in the 10th century light up together. Three minutes later, all the buildings dating from the 11th century light up, and so on until the most modern ones are lit in a city-wide light show, century by century. Since the end of last year, this has become a reality in Czechs capital Prague – powered by Landis+Gyr technology.
How can an AMI technology provider prove the flexibility and future-readiness of its solution better than by continuously creating new opportunities in smart metering and reacting to the rapid market development? Landis+Gyr demonstrates its capabilities to meet energy utilities’ expectations and needs by adding the latest advantageous communications technology to its AMI portfolio – NB-IoT will contribute to smart grid functionalities and to the Internet of Things.
Managing distribution assets is a key consideration for utilities, as they look to maximize the life of existing and new asset investments. With Advanced Grid Analytics, the AMI data can be harnessed to help utilities make sound strategic investment decisions.
At first glance, Freiamt, a small town in Baden-Wuerttemberg close to the French border, seems an unlikely location for the next step in the future of energy distribution. But thanks to forward-thinking decisions made over 20 years ago and the work of a project team consisting of nine energy market players, including the local utility provider Netze BW and Landis+Gyr, big things are happening.
Reliable and efficient delivery of energy in a dynamic smart grid environment remains a number one priority for distribution system operators in Europe. Increased load and distributed generation make the existing energy network more vulnerable to shortages and grid congestion. However, monitoring transformer loads, and electric power quality help prevent incidents and protect utilities’ power distribution assets.
In an eight-month pilot project, Liechtensteinische Kraftwerke (LKW) and Landis+Gyr are testing the potential of Advanced Grid Analytics for typical utility company processes in medium- and low-voltage networks. The aim of the pilot project is to demonstrate the effectiveness of smart meter data for grid analysis and optimization. The project was launched at the beginning of September this year, and once it is successfully completed, country-wide rollout is planned with a total of 27,000 metering points.