Resources
Project Outputs
Find all project outputs, publications, and media created by the project here.
Public Deliverables
- D1.1 Analysis of the key features of the future EU energy market and associated regional/national landscapes
- D1.2 Description and techno-economic characterisation of the hybrid system components
- D1.3 Description of techno-economic assessment of energy policies and relations among hybrid energy systems
- D1.4 Description of selected study cases for safety techno-economic analysis and optimisation
- D3.1 Definition of Case Studies for Techno-economic Analyses including some Environmental Aspects
- D3.2 Presentation of Dynamic Techno-economic Analysis for Each Case Study
- D3.3 Sensitivity of the Hybrid System Techno-economic Analysis
- D3.4 Assessment of the control and flexibility constraints on system components by thehybrid system simulator coupled with an optimiser
- D3.5 Cross-comparison of simulation results between PERSEE, the modelica simulator and ECOSIMPRO for the energy hub configuration
- D4.1 Status on Safety Analysis in Europe from the Operational Flexibility and Cogeneration Viewpoint
- D4.2 Identification of Potentially Impacted Safety Margins and Methodology for Safety Analysis of an SMR Integrated in a Hybrid System
- D4.3 Report of operational transient safety case Studies for a SMR with cogeneration
- D4.4 Report of operational Design Basis Accident case studies for a SMR with cogeneration
- D4.5 Summary report on safety case studies for a SMR with cogeneration
- D5.1 Policy Briefs for Policymakers and End-Users
- D5.2 Synthesis report of project results and technical recommendations
- D5.3 Stakeholder Engagement Plan
- D5.4 Summary Analysis of Stakeholder Engagement
- D5.5 Summary of the recommendations of the Industrial User Group
- D5.6 Communication Toolkit
- D5.7 Communication and Dissemination Plan
- D5.8 Citizen Engagement Report
- D6.1 E&T Gap Analysis in the Domain of Safety of SMRs and Hybrid Energy Systems
- D6.2 TANDEM E&T Course Structure and Syllabus
- D6.3 Outcomes and impact for the students of the International School, Workshops, and other E&T events of the TANDEM Project
- D6.4 Strategic recommendations of future E&T planning in the field of Safety of SMRs andhybrid energy systems
Project Outputs
- Nuclear-Hydrogen Digest: Nuclear Energy in the Hydrogen Economy
- The TANDEM Euratom Project: Context, Objectives and Workplan
- The TANDEM Euratom Project: Context, Objectives, and Workplan
- The TANDEM Euratom Project to Study the Integration of SMRs into Low-Carbon Hybrid Energy Systems: Progress Status at Mid-Term
- Technology Review and Safety Assessment of Nuclear-Renewable Hybrid Energy Systems With Light-Water Small Modular Reactors
- Simulation of Flexible Small Modular Reactor Operation with a Therman Energy Storage System
- Dynamic Modelling and Optimisation of a Small Modular Reactor for Electricity Production and District Heating in the Helsinki Region
- Feasibility of small modular reactors for decarbonizing district heating systems: a case study of the Helsinki metropolitan area
- Modeling and simulation of nuclear hybrid energy systems architectures
- Outcomes of three Euratom projects on cogeneration of electricity, heat and hydrogen
- Integrating Small Modular Reactors into Hybrid Energy Systems: The TANDEM Modelica Library
