Dissemination and Communication Plan
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D6.2 is a document to describe the planned dissemination measures during the project execution. It will be aligned with FP5-TRANS4M-R and reflect the quantitative measures and processes for the dissemination activities.
Test specification
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The tests to be conducted in WP1 are intended to provide evidence regarding the suitability of specific requirements in TRANS4M-R. To this end, the tests must be designed and planned accordingly. For this purpose, test specifications and test cases from FP5-TRANS4M-R are transferred into detailed test concepts and test scenarios at a level of individual steps in this deliverable.
Mix and match test specification
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The deliverable D2.1 report provides a detailed specification of the testing procedures and setup required to evaluate the interchangeability of DAC Interface A subsystems. It outlines the criteria and conditions under which the tests will be conducted, ensuring compatibility and seamless integration between various subsystem components. Additionally, the report includes descriptions of the testing environment, necessary equipment, and expected outcomes to validate subsystem performance.
Hybrid coupler for dual-use locomotive
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D3.1 will describe the installed Hybrid coupler system on the Dual-use locomotive in a detailed report. In particular it will describe the installed system, main functionalities (e.g. folding up/ down, etc.) and the integration of the system into the locomotive. Pictures of the installation will be added to illustrate the report.
Hybrid coupler for legacy locomotives
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Deliverable D5.1 provides a detailed report on hybrid coupler solutions for legacy locomotives, particularly the SM42 diesel shunting locomotive and the ET22 heavy electric line locomotive. The report focuses on solutions that combine mechanical, electrical, and data coupling to ensure efficient and reliable connections between locomotives and rolling stock, whether using Digital Automatic Couplers (DAC) or traditional screw couplers. It evaluates the technical capabilities of these systems, addressing their ability to handle mechanical loads, transmit power, and facilitate data communication, ensuring interoperability.
