A new generation of jEEBus releases streamlines the APIs, drastically improves reliability and introduces many new features. The highlights include: A complete rework of the jEEBus.SHIP API jEEBus.SHIP automatically adapts to changes in the available network interfaces Increased security against spoofing attacks Significant improvements to the SHIP service discovery Streamline the connection life-cycles for SHIP and SPINE and properly clean up afterwards For the full changelogs, see the links below:...

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The Fraunhofer Institute for Solar Energy Systems ISE, FENECON GmbH and the OpenEMS Association e. V. are jointly developing an open-source reference implementation for energy management systems (EMS) that enables secure and interoperable communication between metering systems, control systems and decentralised energy generation facilities. This solution lays the foundation for secure power grids and the economically optimal operation of generators, storage systems and electricity consumers. The integration of a library for communication protocols developed at Fraunhofer ISE into the open-source energy management system OpenEMS is intended to drive forward the digitalisation of the energy system....

With the newest version 2.2.0, jEEBus.SHIP is now available under the more permissive Eclipse Public License (EPL-2.0). Additionally, the source code is now publically available on GitHub. If you want to use jEEBus.SHIP as a library, you can still include it via Maven Central. Also check out the Changelog for v2.2.0.

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With the new version 3.0.0, jEEBus.SPINE is now available under the GNU Affero General Public License (AGPL). Together with our SHIP implementation you can now use jEEBus as an SDK to develop EEBus applications in Java. Check out the new User Guide to learn how. The source code is available in the download section. If you want to use jEEBus.SPINE as a library in your own software projects, you can include it via Maven Central....

Our EEBus implementation jEEBus is now § 14a ready and supports all relevant EEBus use cases. Paragraph 14a of the German Energy Industry Act (EnWG) covers the grid-oriented control of controllable energy-consuming devices and controllable grid connections. This allows distribution system operators (DSO) to temporarily reduce the power of these devices in critical grid situations.

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