The so-called Aggregated Energy Systems (AES) represent an opportunity to satisfy the energy demand more efficiently, and economically with respect to traditional energy systems. For instance, this may be achieved by ...
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The probabilistic safety verification problem of stochastic hybrid systems is very important. In this paper, for a given stochastic hybrid system, an algorithm for generating probabilistic barrier certificates is prop...
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This paper proposes an algorithm for deploying dynamic defense strategies on multiple devices in the industrial Internet based on zero trust, aiming at coping with complex and ever-changing security challenges. Malici...
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This paper explores a class of vehicle routing problems that considers the load-dependent distance objective function instead of the total distance. The problem, originating from Thailand's e-commerce delivery bus...
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In recent years, with the vigorous development of China's economy, various industries have made significant progress, and the automotive industry is no exception. China's automobile production and sales are no...
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As the global pursuit of net-zero emissions by 2050 intensifies, the role of renewable energy sources such as solar photovoltaics becomes increasingly relevant. However, their intermittent nature and energy price vola...
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Large-scale battery storage systems (BESS) have found widespread application in frequency regulation and spot markets across Europe. However, combined multi-use approaches are necessary to achieve an economically robu...
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ISBN:
(纸本)9798350390438;9798350390421
Large-scale battery storage systems (BESS) have found widespread application in frequency regulation and spot markets across Europe. However, combined multi-use approaches are necessary to achieve an economically robust operation of BESS. In this context, we present a flexible modeling and optimization framework to find the optimal utilization strategy for BESS in multi-use and single application. Using this framework, we evaluate applications such as energy arbitrage, frequency containment reserve (FCR), and automatic frequency restoration reserve (aFRR) in single and combined operation for the the 5 MW/7.5 MWh BESS M5BAT located in Aachen, Germany. We found that combined FCR, aFRR, and arbitrage operation results in 196% higher revenues than single FCR operation, which is the current application of M5BAT. Furthermore, we observed synergies between applications that result in revenue without physical delivery. Our results indicate the advantages of multi-use operation of BESS while our framework represents a tool for its realization.
Characterizing post-translational modifications (PTMs) is crucial due to their vital role in regulating cellular activities. Current database search methods for peptide identification and PTM characterization face the...
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Faults on distribution networks due to abnormal weather events can lead to disruption and can cause high socio-economic losses. In line with the rising frequency of such events, the paper proposes an algorithm for the...
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This paper presents a Stackelberg game bi-level decision-making framework for optimizing the operation of multi-Citizen Energy Communities (CECs) in an energy market. The framework considers the interaction between th...
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