About our Tutorials
Overview on Grid-Edge-Technologies
Lecturer: Eckehard Tröster (Energynautics, Germany)
Tutorial on benefits and applications of Dynamic Line Rating
Lecturer: Rena Kuwahata (Ampacimon, Belgium)
Ampacimon is a provider of grid monitoring solutions that enable smarter operation and planning of grids.
Our systems increase visibility of the electrical and physical characteristics of overhead power lines and underground cables. Real-time and forecast values of line capacity provided by our systems are used by grid operators around the world. This session will give an overview of various approaches to DLR: direct measurement technologies (sensors) as well as (weather) model-based simulations.
Applications implemented by grid operators will be shared. These illustrate how DLR data have been integrated into grid operators’ tools and processes, in particular how forecasts are used. Furthermore, we share analytics that demonstrate the benefits of DLR for reducing OPEX and CAPEX. This includes examples on: increasing cross-border trading; reducing investment on new line infrastructure; and reducing congestions, which informs reinforcement and investment decisions.
Dynamic Line Rating application examples from Belgian experience
Lecturer: Victor le Maire (Elia, Belgium)
Elia is the Belgian Transmission System Operator. It is the most advanced user of Dynamic Line Rating technology in Europe, who has been using these systems to assist the management of its grids for already over a decade. In this session, the applications that generate the most benefit, challenges in adoption of the technology and how they were overcome, will be explained.
Removing congestion on existing grids using Modular Power Flow Control Technology
Lecturer: Daniel Schweer & Robert Fenlon (Smart Wires, Ireland)
Smart Wires is the global leader in modular power flow control technology. Smart Wires solutions give system operators and planners the ability to maximise the use of their existing grids. Using Voltage Source Conversion technology we can increase or decrease the impedance of existing circuits to control how much power flows on them. Balancing flows on the grid can provide Gigawatts of additional transfer capacity without having to build new lines or upgrade existing corridors and can dramatically reduce the level of constraints applied to generators.
Modularity, very fast delivery and ease of installation allows system planners to choose the right size solution for the known future without having to guess what the long term future holds. As time moves forward the modular solution can be scaled up or down or even relocated at short notice to meet the ever changing needs of the grid. In addition to our fixed solutions, our unique Mobile SmartValve technology can facilitate lower cost or longer outages of existing circuits required for carrying out for essential maintenance or critical upgrades.
Smart Wires technology is an essential tool in the solution toolbox for system planners and operators. In this tutorial we will explain how the technology works, how it is applied in a power system planning process and discuss examples of where the technology is being used today.