Grid Operations

Digitalization, automation and the use of intelligent systems are becoming increasingly important factors for success as a player in the energy industry. 

This is particularly true for the integration of renewable energies, for which precise and reliable forecasts of expected energy generation and consumption are essential. This can increase efficiency, minimize risks and save costs.

Competencies of the Fraunhofer Energy Alliance in the Area Grid Operations

State Estimation and Forecast

Forecasts and online projections are important tools for smart markets and grids and a reliable energy system.

The online projections and forecasts of the next minutes to days by the experts at Fraunhofer Energy Research are at the heart of innovative solutions for reliable grid operation and forward planning with weather-dependent energy sources.

 

Our offer in the field of state estimation and forecast includes, among others, the following services: 

  • Forecasts of renewable energy (RE) generation expected in the next minutes to days.
  • Projections of energy production from spatially distributed RE systems.
  • Forecasts of expected consumption of electricity, heating/cooling and water by households, small and medium-sized enterprises, industrial companies and utility networks.
  • Dynamic methods for determining and predicting the optimal loading of overhead power lines, taking into account external weather conditions.
  • Forecasts of expected power flows within (horizontal) and between (vertical) the different voltage levels.
  • Consulting and project planning based on state-of-the-art methods from science and research for characterizing and mapping energy-meteorological relationships.

Projects

 

EWeLiNE

Together with the German Meteorological Service (DWD), Fraunhofer IWES has developed mathematical models to improve weather forecasts. These help to forecast quantities of electricity fed into the grid from renewable energy sources.

 

SysDL 2.0

Together with partners, Fraunhofer IEE has developed a platform that enables distribution grid operators to provide the reactive power needed to operate electrical grids by coordinating the control of distributed generating plants.

 

AI in power supply grids

Fraunhofer IOSB is conducting research to improve the data analysis of power grids using artificial intelligence and to make forecasts and detect errors and anomalies automatically in real time.

 

EMS-EDM Prophet

Whether electricity trader, municipal utility, grid operator, direct marketer or external service provider: The modules of EMS-EDM PROPHET® cover all areas relevant to the energy industry for electricity, gas and heat.

Optimized Operations Management (Cost-Efficient, Secure, Resilient)

In the course of the energy transition, electrical grids are undergoing a comprehensive transformation. The number of distributed generation plants is increasing and generation output is increasingly shifting from large conventional power plants to smaller, distributed plants. With the emerging sector coupling, the cross-sectoral infrastructure view of electricity, heat, gas and mobility plays an increasingly important role, and the megatrends of decentralization and digitization place high demands on the interoperability and flexibility of planners, operators and infrastructure. In this environment, urgent questions of investment in a future grid infrastructure, stable operational management, and the reliable integration of functionalities and components must be answered in a coherent, pragmatic, and future-proof manner. Our offer in the field of optimized operations management includes, among others, the following services: With result-oriented grid studies, the institutes of Fraunhofer Energy Research show perspectives and offer proven models and simulation tools. In addition to the current state of an electrical grid, our studies also describe and analyze optimized expansion scenarios in particular and show the grid development required for this. Besides efficiency, the focus is also on dealing with future risks and uncertainties. In addition to calculating static quantities—such as load flows, grid losses, the reactive power balance and limits for the maximum load or feed-in—we consider dynamic processes that have influences on grid stability. Our recommendations for grid expansion also take into account optimal grid operations and incorporate technical and economic aspects.

Projects

 

beeDIP

Thanks to the operation and energy management data integration platform, it is now easy to extend control centers with external components, to integrate data and algorithms, and to test new operation modes without jeopardizing stable operation.

 

RPC2

Together with partners Fraunhofer IEE, has developed procedures with which grid operators can control generating and other plants in the medium and high-voltage level in such a way that they provide reactive power according to demand.

 

InnoSys 2030

»InnoSys2030 – The Innovations in System Control by 2030« is investigating which concepts in grid and system operation are suitable for utilizing the power grid even more efficiently while maintaining a high standard of system security.

 

EU-SysFlex

In the »EU-SysFlex« project, country-specific demonstrators are being developed. In the German Demonstrator, the aim is to demonstrate how decentralized systems in the high-voltage grid can support the transmission grid.

 

AI4Grids

In the joint project »AI4Grids« Fraunhofer ISE is investigating the AI-based planning and operational management of distribution grids and microgrids for the optimal integration of renewable generators and fluctuating loads.

Modular, Distributed, Automated Control Systems

Tailor-made tools and simulation models are required to develop, test and implement innovative functions in operation. 

Fraunhofer Energy Research's offering ranges from basic load flow calculation modules to complex simulation environments with detailed and proven models, to integration systems for linking the developed solutions to the respective application environment. The modular design of our tools and models enables individual, efficient and optimized solutions.

 

Our offer in the field of modular, distributed, automated control systems includes, among others, the following services: 

 

  • Pilot systems for grid operation
  • Modules for grid calculation
  • Algorithms for grid optimization
  • GIS and weather data-based energy scenarios
  •  Plant and grid models
  • Automated grid planning
  • Test and simulation environment from controller concepts to operational control systems
  • Forecasting and projection modules

Projects

 

beeDIP

Thanks to the operation and energy management data integration platform, it is now easy to extend control centers with external components, to integrate data and algorithms, and to test new operation modes without jeopardizing stable operation.

 

RPC2

Together with partners Fraunhofer IEE, has developed procedures with which grid operators can control generating and other plants in the medium and high-voltage level in such a way that they provide reactive power according to demand.

 

InnoSys 2030

»InnoSys2030 – The Innovations in System Control by 2030« is investigating which concepts in grid and system operation are suitable for utilizing the power grid even more efficiently while maintaining a high standard of system security.

 

EU-SysFlex

In the »EU-SysFlex« project, country-specific demonstrators are being developed. In the German Demonstrator, the aim is to demonstrate how decentralized systems in the high-voltage grid can support the transmission grid.

 

Ladeinfrastruktur 2.0

»Ladeinfrastruktur 2.0 – Charging Infrastructure« examines various aspects of the impact of electromobility on the energy networks of the future, while making sure to find coordinated and economically efficient solutions (more information in German).

Digital Twins

In our powerful and flexible test environments and laboratories and with the know-how of the independent and highly qualified experts of Fraunhofer Energy Research, we create realistic real-time simulations of complex energy grids. By coupling with real control systems, via industry standards such as CIM, these simulations are continuously fed with measurement data and updated in real time. A "digital image" of the real energy grid is created.

Digital images enable real-time testing of new types of operations without disrupting the real energy grid. Users can see in real time how a control or optimization affects the grid condition, try out extreme scenarios or simulate new types of equipment. 

 

Our offer in the field of "Digital Twins" includes, among others, the following services: 

 

  • Realistic replication of your grid as a simulation, parallel to the grid condition in your control room.
  • Live updating of the grid replica with control system data (e.g. via CIM or IEC interfaces).
  • Development of novel operational management concepts and testing of these concepts using real-time replication (what-if simulations).
  • Customized development of interfaces for your control software, for coupling with digital grid replication.
  • Advice on planning and use for your application

Projects

 

EU-SysFlex

In the »EU-SysFlex« project, country-specific demonstrators are being developed. In the German Demonstrator, the aim is to demonstrate how decentralized systems in the high-voltage grid can support the transmission grid.

 

InnoSys 2030

»InnoSys2030 – The Innovations in System Control by 2030« is investigating which concepts in grid and system operation are suitable for utilizing the power grid even more efficiently while maintaining a high standard of system security.

 

BaSys 4

Eclipse BaSyx is the open source platform for next generation automation. It implements key concepts defined by Platform Industrie 4.0, such as the Asset Administration Shell as standardized digital twin.