From the Vision of the Data Hub to Implementation in the Mabis Hub
Data hubs for the energy industry
Data hubs enable the central storage and management of large volumes of energy data. At the same time, this data is made accessible to various market participants from the energy industry, leading to better coordination and optimization of energy use. Find out more about the spread and use of data hubs in European countries, the current regulatory framework in Germany, and current use cases in the energy industry.
Where Are Data Hubs Already Being Used?
Data hubs or data platforms are already being used successfully in various industries:
Patient data management in healthcare: Data hubs enable centralized storage and access to patient data from various sources such as hospitals, laboratories, and doctors' practices. This improves the coordination of patient care and the quality of healthcare services.
Financial fraud prevention: Financial institutions use data hubs or rooms to analyze real-time transaction data and detect suspicious activity. This helps prevent fraud and increase the security of financial transactions.
Customer data analysis in retail: Retailers use data hubs to consolidate data from different channels, such as online stores, physical stores, and social media. This enables comprehensive analysis of customer behavior and the personalization of marketing campaigns.
Network optimization in telecommunications: Telecommunications companies use data hubs to collect and analyze network data. This helps to optimize the network infrastructure and improve the quality of service for customers.
Production monitoring in production: In the manufacturing industry, data hubs use data from machines and production lines. This enables real-time monitoring and analysis of production processes, resulting in increased efficiency and reduced downtime.
Are There Already Best Practices for the Use of Data Hubs in the Energy Industry?
Yes, there are already tried and tested examples. The pioneers in this area are Scandinavian countries, notably Denmark, Norway, and Finland. In each of these countries, a data hub is operated by the transmission system operators:
Which Data Platforms Are Already Being Used or Discussed in the Energy Industry in Germany?
There are already data hubs in the energy industry in Germany, too. Examples include the SMARD (electricity market data) and the MaStR (market master data register), both of which are operated by the Federal Network Agency.
MaStR: A central register that records all electricity and gas generation plants and their operators.
SMARD: A platform that provides comprehensive data on the German electricity market, including information on electricity generation, consumption, and trading.
The information from smart meter gateways (SMGW) can be used to transmit consumption data, for example, and used for other services. The focus here is on near real-time data transmission with centralized data storage. This type of data hub can be operated by energy service providers (ESPs), transmission system operators (TSOs), grid operators (NOs), and metering point operators (MSOs). A central data hub that accesses the data of all SMGWs is not yet in use.
What Regulatory Requirements Are There for Data Hubs That Process Consumption Data?
The Federal Network Agency (BNetzA) is presenting the draft "BK6-24-210_Konsultation_Eckpunktepapier.pdf." the Federal Network Agency (BNetzA) presents the prospect of a model for the future aggregation and billing of balancing-relevant data as part of the so-called MaBiS-Hub. The Federal Network Agency's primary objective is to develop a system for aggregating and billing measured values that meets data protection requirements and is to be implemented by 2030. Background: The Metering Point Operation Act (MsbG) requests the transmission of load or Counter readings to authorized bodies and the pseudonymization of personal data.
Data protection: Compliance with the data protection regulations of the MsbG and the Federal Commissioner for Data Protection and Freedom of Information
Aggregation: Merging of measured values and standard load profiles for different measuring devices, the allocation of energy quantities to a balancing group using the MaLo-ID is with the introduction of the MaBiS hub then no longer provided.
Balancing group settlement: Execution of a rolling settlement
Services: Provision of time series, support for clearing and monitoring by the Federal Network Agency
Administration: Maintenance of basic information, service settings and role and rights management
Plausibility check: Check and complaint of incoming data
Central retention: Storage of standardized and versioned ¼ h profile time series
MaBiS-Hub: Aggregates individual values into total time series and makes these available to authorized recipients
Network operator (NB): Transmits balancing-relevant master data and load profile data to the MaBiS-Hub
Metering point operator (MSB): Transmitted required MeLoMeasurements at the MaBiS-Hub
Fixing procedure: Completion of final MaBiS-Hub expected by the first half of 2026
Production: Planned for the second half of 2028 with parallel operation
Consultation contributions: For the first consultation, comments had to be submitted by 12.11.2024..
What Should Be Considered When Introducing Such a Data Hub and Data Platform?
Data security and privacy: Ensure all data is stored and processed securely and complies with data protection regulations.
Data quality: Pay attention to the consistency and accuracy of the data.
Interoperability: Note the compatibility of the Data Hub with existing systems and applications.
Scalability: Choose a solution that can keep up with the growth in data volume.
Regulatory requirements: Consider all relevant legal and regulatory requirements.
Conclusion: Data Hubs and Data Platforms Pave the Way for an Efficient and Networked Energy Industry
Data hubs are an essential part of the digitalization of the energy sector. They offer numerous benefits, from improved grid stability to providing value-added services. However, successful implementation requires careful planning, compliance with data protection and security standards, and continuous adaptation to new requirements. With the right strategy and support, data hubs can significantly increase efficiency and optimize energy use.
How Does Arvato Systems Support the Implementation of Data Hubs at Esa, Nbs, Tsos and Others?
Consulting and strategy development: Arvato Systems' experts offer comprehensive consulting services for developing a customized data hub strategy.
Technology selection and implementation: Arvato Systems' experts support selecting the right technologies and implementing the data hub.
Training and support: Arvato Systems' subject matter experts provide training for employees and ongoing support to ensure the smooth operation of the Data Hub.
Data governance and compliance: Arvato Systems' experts support the implementation of data governance guidelines and compliance with legal requirements.
AEP.SmartGritDataHub: The experts at Arvato Systems provide their own product, for example, for ESA or network operators. The AEP.EnergyDataHub collects the encrypted measured values from the smart meter gateways and makes them available unencrypted at an interface to the backend systems such as control center systems or customer portals.
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