Search for dissertations about: "marginal cost of electricity"
Showing result 1 - 5 of 23 swedish dissertations containing the words marginal cost of electricity.
-
1. Marginal cost pricing of electricity
Abstract : The discipline is economics and the phenomenon is the power system. The purpose of this system is to produce, transmit and consume electricity in such a way that the sum of consumers' and suppliers' surplus is maximized. This is accomplished by the means of marginal cost pricing. READ MORE
-
2. Steady state analysis of HVDC grid with Wind Power Plants
Abstract : The idea of building a multi-terminal, even a meshed HVDC grid in the North Sea, that can inter-connect surrounding nations, is being discussed widely. Such a system is expected to be realised in steps through the interconnection of wind power plants and electricity markets. READ MORE
-
3. Hydrogen in the European energy system - The cost dynamics and the value of time-shifting electricity generation
Abstract : If the European Union is to become climate-neutral by Year 2050, as envisioned in the European Green Deal, the European energy system must undergo an unprecedented transformation towards eliminating its carbon emissions. For this transition, renewable electricity plays a central role, not only in replacing the current fossil-based electricity generation, but also in promoting the electrification of other sectors, such as transport and industry, sectors which are currently based on fossil fuels. READ MORE
-
4. Power to the people : electricity demand and household behavior
Abstract : Paper [I] Using a unique and highly detailed data set on energy consumption at the appliance-level for 200 Swedish households, seemingly unrelated regression (SUR)-based end-use specific load curves are estimated. The estimated load curves are then used to explore possible restrictions on load shifting (e.g. READ MORE
-
5. Variability and variation management in a renewable electricity system -large-scale wind- and solar power deployment in Europe
Abstract : The large-scale deployment of wind and solar power poses challenges to the electricity system by introducing variability on the generation side. To handle these variations, variation management strategies can be employed to ensure that generation meets demand. READ MORE
