In case study 7 of the openENTRANCE project, Plan4EU, an electricity dispatch model for Europe, is soft-linked to the Flexibility Function, an indirect demand response model, via Frigg, a novel framework for integrating realistic demand response in energy system analysis. This modelling setup is applied to analyse the role of power-to-heat demand flexibility (end-consumer demand response and heat storage) in the Danish electricity system of 2050. This dataset contains results as presented in the related project report
The operation of electric and heat grids alike is complicated due to the dynamic demand, with the in...
The climate change crisis requires immediate action on a global and national scale to mitigate the G...
The transition from fossil fuel energy sources to renewable energy sources requires flexible use of ...
The transition to a sustainable energy system requires a shift to intermittent renewable energy sour...
This paper compares various flexibility options to support renewable energy integration across the e...
Flexible and responsive demand is key to the decarbonising of energy systems. In this paper, an econ...
The aim of this article is to assess the potential of flexible demand in a far future energy system....
The present Master thesis aims to increase flexibility in the power system and therefore facilitate ...
This file contains results of the simulations of the Danish case study generated during Horizon 2020...
The need for more flexibility options in the European power system will keep increasing with higher ...
The growth of electricity generated by renewables increases the intermittency of the Dutch electrici...
In order to realize the vision of climate neutrality, the proportion of renewable sources is increas...
By the year 2050, the Dutch government aims to have transitioned away from natural gas and provide h...
Due to the rising concerns on global warming, renewable electricity generation is expected to form a...
Electric power systems are undergoing a paradigm shift where an increasing number of variable renewa...
The operation of electric and heat grids alike is complicated due to the dynamic demand, with the in...
The climate change crisis requires immediate action on a global and national scale to mitigate the G...
The transition from fossil fuel energy sources to renewable energy sources requires flexible use of ...
The transition to a sustainable energy system requires a shift to intermittent renewable energy sour...
This paper compares various flexibility options to support renewable energy integration across the e...
Flexible and responsive demand is key to the decarbonising of energy systems. In this paper, an econ...
The aim of this article is to assess the potential of flexible demand in a far future energy system....
The present Master thesis aims to increase flexibility in the power system and therefore facilitate ...
This file contains results of the simulations of the Danish case study generated during Horizon 2020...
The need for more flexibility options in the European power system will keep increasing with higher ...
The growth of electricity generated by renewables increases the intermittency of the Dutch electrici...
In order to realize the vision of climate neutrality, the proportion of renewable sources is increas...
By the year 2050, the Dutch government aims to have transitioned away from natural gas and provide h...
Due to the rising concerns on global warming, renewable electricity generation is expected to form a...
Electric power systems are undergoing a paradigm shift where an increasing number of variable renewa...
The operation of electric and heat grids alike is complicated due to the dynamic demand, with the in...
The climate change crisis requires immediate action on a global and national scale to mitigate the G...
The transition from fossil fuel energy sources to renewable energy sources requires flexible use of ...