With the goal to develop, deploy and evaluate advanced tools and ICT services for distribution system operators (DSOs) and electric cooperatives, the Nobel Grid project aims to facilitate active consumer involvement and market flexibility. The project considers new demand response
Starting in January 2017, DNV GL covers various power system and energy transition topics within the frame of their new DNV GL Talks Energy podcast series. Electrification, rise of renewables and new technologies – supported by more data and
In January 2017, Carbon Co-Op started installing smart meter extension (SMX) devices within the Nobel Grid project. The first building SMX is installed at is a business centre forming part of the Lancaster Cohousing development. The whole development is supplied
The Power Networks Demonstration Centre (PNDC) of the University of Strathclyde is presently installing a 540 kVA Triphase system to extend the centre’s Power Hardware in the Loop (PHIL) capability. The Triphase system will be operational and ready for project
The ISGAN Glossary is a project of the International Smart Grid Action Network (ISGAN), a multilateral collaboration between governments to advance the development and deployment of smarter electric grid policies, practices and systems.     The Glossary utilises OpenEI’s collaborative,
The new ETIP SNET Research & Innovation (R&I) Roadmap 2017-2026 provides the system view to the entire energy transition by addressing a scope larger than smart electricity grids. It also encompasses interactions with the gas and heat networks and focuses
At the 7th International Conference on Integration of Renewable and Distributed Energy Resources (IRED) in Niagara Falls (CA) on 24-28 October, 2016, Ron Brandl of Fraunhofer IWES won the best poster award for the poster “Power Hardware-in-the-Loop Studies for Transmission
In early 2017, Fraunhofer IWES is set to receive its own test field for offshore wind turbines. Construction work is already under way and the first measurements and tests will begin in spring. Comparison of field survey results with data
DTU researchers have invented a wind scanner which measures the actual wind conditions around wind turbines in three dimensions. Having three laser beams and a controllable system of prisms the 3D wind scanner detects a three-dimensional image of the wind
