Twinsolar

Deliverables

TwInSolar will make available the deliverables that will be published during the project activities by partners. This page lists the deliverables that will be published in each work package. To learn more about a deliverable, click on it!

This document presents a refined workplan and timeframe of the project. The aim is two folds: 

  • detail the content of the work package and more specifically the actions of knowledge transfer and dissemination
  • schedule the events planned during the duration of the project (16 knowledge activities and 8 dissemination events).

 

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This document describes a set of case studies to use for knowledge transfers. 

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Materials and conclusions from the discussions held during study-visits, B2B interviews with representatives from DTU and Fraunhofer and their respective R&I systems, and from the best-practice-sharing workshop involving all TwInSolar partners, dedicated to identify and adapt best practices to build a competitive and internationalized R&I system in the energy transition field at UR and in La Reunion.

 

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This report presents the results of the research and teaching activities carried out by DTU and UR within Task 2.1 of the project, with a particular focus on the design and simulation of solar PV and hybrid energy systems. Together with Annexes, the document constitutes Deliverable D2.1 and provides both a state-of-the-art review and a foundation for future work on renewable energy system design. 

 

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A main aim of WP3 was sharing skills of the partners, namely Fraunhofer and UR in the field of smart management of energy systems highly dominated by solar renewables and knowledge transfer to different user groups. To achieve these goals, workshops, webinars and a one-week summer school at University of La Reunion were held during the TwInSolar project. A focus of the work was on the use of load and solar power generation forecasts of PV and on stochastic optimization.

Deliverable D3.1 comprises of the training material developed for these workshops and the summer school, including presentations and exercises based on data sets created for the study cases in La Reunion. The data sets include forecast data based on all sky imagers and satellite data and PV power measurements for the Terre-Sainte Campus of the University of La Reunion.

 

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This document is a consistent set of data, characterising the microgrid. The data will concern the energy demand by the type of loads, the current solar production and the meteorology with a sub-hourly time step.

EXECUTIVE SUMMARY  Access dataset

This document describes the proposed methodology and resulting numerical tool called ERMESS used to design and size the best architecture for the evolution of the Terre Sainte campus microgrid towards 80% self-sufficiency in solar energy.

 

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This document gives the description and results of the stochastic optimization developed to use enhanced forecasts for the scheduling and the operation of the microgrid (storage systems and demand side management).

 

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Elaboration of a strategy that includes the definition of specific target groups, the appropriate medium to disseminate to these groups, the final goal of the dissemination activities, the timeline of dissemination, etc.

 

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Minutes and presentations of the two online workshops on best practices about important activities needed to build a competitive and internationalized R&I system in the energy transition field.

 

 
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Conclusions of the regional Science-Policy dialogue in the energy transition through a workshop bringing together partners from the project and policymakers to discuss the results and their contribution to the regional energy strategy.


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Presentations and minutes of the “Horizon Europe forum” organised by NEXA and of the international workshop organised by the CPMR to present and discuss the main results of the project as well as their contribution to the broader objectives of the EU Green Deal, involving EU representatives and relevant stakeholders in the field of energy transition, coming from different insular territories.

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This document will summarize the development of the business models for the sustainable energy solutions of the project. Innovations in the project will be assessed as possible in terms of IPR to see if special protections are needed to ensure proper implementation and maintenance of the legal aspects of the partnership as described in the Consortium Agreement.

This deliverable will have a restricted access. 

The Project Quality Plan shows how quality aspects are taken into account in a variety of processes and activities within the project.

 


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Description of the management of datasets.

 

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Estimation of the carbon footprint of the project and mitigation measures.

 

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Progress report which will be the basis for the interim review meeting.

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