International journal of electrical power and energy systems, 2015, Vol. 71, pp. 93-100This paper presents a conjectural-variation-based equilibrium model of a single-price electricity market. The main characteristic of the model is that the market equilibrium equations incorporate the effect of the voltage constraints on the companies’ strategic behavior. A two-stage optimization model is used to solve the market equilibrium. In the first stage, an equivalent optimization problem is used to compute the day-ahead market clearing process. In the second stage, some generation units have to modify their active and reactive power in order to meet the technical constraints of the transmission network. These generation changes are determined by computing an AC optimal power flow.
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Lack of interoperability is increasingly becoming a significant issue in the electricity sector. The need to integrate a growing amount of distributed resources, such as renewable energy sources and electric [...]
The energy transition calls for a rapid expansion of electricity grids at both transmission and distribution levels. Technological progress and digitalisation offer new solutions to system needs that can increase [...]
The interaction of “Contracts”, “Markets” and “Law and Regulation” have informed the economic analysis of market economies for over 40 years. One of the main lessons learnt is that (contracts), [...]
Rail transport and inland waterways are crucial to achieve the objectives outlined in the Green Deal agenda. These aims include a 55% reduction in greenhouse gases by 2030 and attaining [...]
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