- April 07, 2014
SAG won the HERMES award for its iNES product, an intelligent distribution grid management system that can be used to convert conventional local grids in stages into smart grids.
April 7, 2014 - It is official: this year, the HERMES AWARD, one of the world’s most coveted technology prizes, has gone to the German utility network services and systems provider SAG GmbH. The Award was presented to the company on the occasion of the HANNOVER MESSE Opening Ceremony on 6 April 2014. “Energy system transformation” ranks alongside Industry 4.0 as one of the big, overarching themes at this year’s HANNOVER MESSE. The now award-winning solution developed by SAG GmbH is a major step towards energy system transformation because it provides a flexible approach to converting existing local networks into smart grids,” said Deutsche Messe’s Managing Board member Dr. Jochen Köckler. SAG GmbH has won the HERMES AWARD for its iNES product, an intelligent distribution grid management system that can be used to convert conventional local grids in stages into smart grids. This is done by adding modular, decentralized and autonomous metering and control systems comprising decentralized network status monitoring technology and decentralized intelligent software agents. The metering and control systems capture and monitor all in-feeds and load flows in real-time and can balance out critical variances in a targeted and timely manner by managing grid equipment and grid-connected generation capacity and loads. iNES adds intelligence to conventional low-voltage networks in three stages, starting with station monitoring and progressing from there to full grid monitoring and, finally, to grid automation. The HERMES AWARD was presented to SAG representatives at the Opening Ceremony by Germany’s Minister of Education and Research, Johanna Wanka. “The energy transition is a project that affects our entire society. Groundbreaking innovations for an intelligent network conversion are very important to successful implementation, because they protect the environment and spare resources. The German government promotes sustainable energy research and supports this transition,” commented Minister Wanka during her address at the prize-giving ceremony. “The HERMES AWARD jury’s decision in favor of SAG GmbH was unanimous. iNES provides a step-by-step migration pathway from existing distribution grid components to smart grids. We found the solution to be most compelling – both in terms of technical innovation and economic benefit. By optimizing the capacity utilization of existing grid infrastructure, it reduces the need for grid expansion, thereby yielding significant cost savings without compromising grid stability,” said Dr. Wolfgang Wahlster, the jury chairman and Managing Director of the German Research Centre for Artificial Intelligence (DFKI). In addition to the winner, SAG GmbH (Langen, Germany), the following companies were nominated: Bürkert Werke, (Ingelfingen, Germany), KHS GmbH (Dortmund, Germany), Phoenix Contact (Blomberg, Germany) and Sensitec GmbH (Lahnau, Germany). The nominated and winning products and processes are on show throughout HANNOVER MESSE 2014 (7 to 11 April) at the stands of the individual companies concerned. The “tech transfer – Gateway2Innovation” pavilion at Stand D12 in Hall 2 also features detailed information on all the entries and companies nominated for the 2014 HERMES AWARD. HANNOVER MESSE – Get new technology first! The world’s leading trade fair for industrial technology is staged annually in Hannover, Germany. The next HANNOVER MESSE will run from 7 to 11 April 2014 and feature the Netherlands as its official Partner Country. HANNOVER MESSE 2014 will comprise seven flagship fairs: Industrial Automation • Energy • MobiliTec • Digital Factory • Industrial Supply • IndustrialGreenTec • Research & Technology. The upcoming event will place a strong emphasis on Industrial Automation and IT, Energy and Environmental Technologies, Industrial Subcontracting, Production Engineering and Services and Research & Development.Learn More
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