CyberNoc, winner of The smarter E AWARD 2024, is recognized in the Smart Integrated Energy category
The platform uses real-time data from various energy assets to analyze available flexibility and automate energy trading
CyberNoc enhances grid efficiency and contributes to the decarbonization of the electricity sector across Europe
CyberGrid GmbH’s CyberNoc platform, the winner of The smarter E AWARD 2024 in the Smart Integrated Energy category, is a cloud-based Software-as-a-Service (SaaS) solution designed to manage and monetize flexible energy resources. It aggregates various energy sources – such as renewable energy, industrial and commercial loads, and energy storage systems –into a Virtual Power Plant (VPP), allowing for seamless participation in a range of electricity markets, including ancillary services, balancing, intraday, and day-ahead markets.
CyberNoc analyzes real-time data from assets like battery storage systems, PV installations, and electric vehicles (EV) to assess available flexibility and optimize energy portfolios. These insights form the basis for automated trading on platforms such as the European operating reserve platform, PICASSO. By supporting the integration of flexible assets, the platform plays a key role in enhancing grid stability, minimizing power outages, and extending the lifecycle of energy infrastructure. Its flexibility management capabilities contribute to the decarbonization of electricity, allowing users to integrate renewable energies and energy storage solutions into their operations. CyberNoc supports real-time data exchange across different energy sources using a variety of communication protocols, further enhancing its interoperability.
The platform provides network operators, retailers, and smart city solutions with the ability to optimize schedules and participate in all relevant European energy markets, maximizing revenue opportunities. In addition to offering environmental and financial benefits, CyberNoc helps optimize the use of existing energy infrastructure, ultimately contributing to grid efficiency.