Photo: Zbynek Burival on unsplash

27. July 2019

Cybersecurity for energy systems

Cybersecurity for energy systems – which may sound cumbersome – benefits energy consumers, suppliers, and the environment in the long run.

Cybersecurity for energy systems, which may sound cumbersome, benefits energy consumers, suppliers, and the environment in the long run. Consumers and suppliers don’t necessarily have to be two separate entities: an increasing number of people generate their own energy through solar panels or small combined heat and power plants. They often produce more energy than they need and could feed the excess electricity into the grid. To ensure optimal supply to network participants, it is essential to know not only who is feeding how much energy into the grid at a given time but also when and where the energy will be needed. While digitization provides solutions, it also brings challenges, and one of them pertains to data handling.

Data security for end customers

In Salzburg, Professor Dominik Engel and his team at the Center for Secure Energy Informatics at the Salzburg University of Applied Sciences are focusing on digital energy systems and their security. Together with their research partners, they have already achieved several results. One of them is a user interface for network participants that allows them to adjust the amount of data they want to share. “Since most people are not familiar with technical details, we provide a simplified representation. On one side, we explain what information is disclosed with each setting level and what inferences can be drawn from this data. On the other side, users can see the benefits they gain from sharing this data,” explains Engel. “This way, everyone can evaluate how far they want to go. The fact is, the more data someone provides, the more information is available about that person.” Another important focus at the Center for Secure Energy Informatics is data encryption. They have developed methods that transform data from individual sources into a comprehensive picture. The more data is inputted, the clearer the picture becomes, enabling better and more accurate analysis. This ensures the usefulness of the data while preventing inferences about individual households. With such encryption technologies, anyone can contribute to electricity generation without worries or fears. In the long run, this can significantly contribute to the energy transition.

Planning software for IT security

In addition to handling user data with care, ensuring the overall security of digital energy systems is of utmost importance, both on a large and small scale. “Our society relies on the availability of electricity,” says Engel. “If there is a prolonged power outage, it can lead to unrest.” Moreover, smart home technologies are being increasingly adopted in many buildings. Blinds, heating systems, and even door locks can be digitally controlled. To eliminate security vulnerabilities, researchers at the Center for Secure Energy Informatics have developed planning software that allows for drawing the overall architecture of the respective IT network and automatically detects vulnerabilities.

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