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Irieo committed Oct 10, 2022
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(iii) implementing {\bf other types of demand profiles} for C\&I consumers.

\vspace{0.3cm}
For interested parties, we publish an \hrefc{tba}{online annex}
For interested parties, we publish an \hrefc{https://doi.org/10.5281/zenodo.7180098}{online annex}
with a full pack of modelling results alongside this study. The annex
includes modelling results for all scenario combinations.
}
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\section{Conclusions}
\section{Conclusions and project outlook}

{\small
\begin{frame}{Conclusions}
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\end{frame}



\begin{frame}{Project outlook}

This project will continue analysing the impact of 24/7 procurement in Europe until March 2024. \\
We will deepen the analysis by examining the following:

\begin{itemize}
\item The impacts of \alert{temporal demand-side management} at datacenters;
\item The impact of \alert{spatial demand-shifting between datacenters} at different locations,
so that compute jobs can move where the clean energy is available;
%We will explore the potential benefits for both the buyers and the system
%in terms of reduced 24/7 procurement costs and system emissions.
\item The impacts of \alert{parametric uncertainties} and corresponding assumptions when constructing the model of
the European energy system. These include: \\
\quad (i) Scenarios for carbon price developments in the EU ETS; \\
\quad (ii) Scenarios for inter-connector capacities based on the TYNDP or free optimization; \\
\quad (iii) Scenarios for expansion of electric vehicles, heat pumps, industry electrification; \\
\quad (iv) Prices for primary energy carriers; \\
\quad (v) Weather year realizations.
\item In addition, the modelling will use a \alert{higher-resolution grid} model,
so that transmission network impacts can be estimated.
\end{itemize}

\end{frame}


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