Evaluating the feasibility of concentrated solar power as a replacement for coal-fired power in China: A comprehensive comparative analysis
Concentrated solar power (CSP) is considered one of the promising emerging clean
renewable power generation technologies with the potential to replace coal-fired power …
renewable power generation technologies with the potential to replace coal-fired power …
Distributed Chance-Constrained Optimal Dispatch for Integrated Energy System With Electro-Thermal Couple and Wind-Storage Coordination
Cross-regional long-distance transmission is a promising way for utilizing renewable energy
sources (RESs) with geographically imbalanced distribution. However, the stochastic …
sources (RESs) with geographically imbalanced distribution. However, the stochastic …
Response capacity allocation of air conditioners for peak-valley regulation considering interaction with surrounding microclimate
The proliferation of air conditioners (ACs) has established them as vital demand response
resources in urban power systems. The energy consumption of ACs is directly determined …
resources in urban power systems. The energy consumption of ACs is directly determined …
Secure frequency regulation in power system: A comprehensive defense strategy against FDI, DoS, and latency cyber-attacks
Maintaining frequency is crucial for the security of power systems, while deep cyber–
physical interactions make frequency regulation susceptible to cyber-attack risks. False data …
physical interactions make frequency regulation susceptible to cyber-attack risks. False data …
The Evolving Technological Framework and Emerging Trends in Electrical Intelligence within Nuclear Power Facilities
Y Sun, Z Wang, Y Huang, J Zhao, B Wang, X Dong… - Processes, 2024 - mdpi.com
This paper thoroughly explores the feasibility of integrating a variety of intelligent electrical
equipment and smart maintenance technologies within nuclear power plants to enhance the …
equipment and smart maintenance technologies within nuclear power plants to enhance the …
Risk-factor-oriented stochastic dominance approach for industrial integrated energy system operation leveraging physical and financial flexible resources
The rapid development of renewable energy resources poses challenges to the economic
and reliable operation of energy systems, necessitating the risk management by utilizing …
and reliable operation of energy systems, necessitating the risk management by utilizing …
Multi-period operation of integrated electricity and gas systems with hydrogen blending considering gas composition dynamics
Green hydrogen from renewable sources can be blended with natural gas and serves as a
potentially feasible measure for contributing to the net zero energy sector. The time-varying …
potentially feasible measure for contributing to the net zero energy sector. The time-varying …
A frequency-secured planning method for integrated electricity-heat microgrids with virtual inertia suppliers
The integrated electricity-heat microgrid (IEHM) is characterized by low inertia and a high
share of renewable generation. Although sector coupling in the IEHM enhances energy …
share of renewable generation. Although sector coupling in the IEHM enhances energy …
A multi-stage stochastic dispatching method for electricity‑hydrogen integrated energy systems driven by model and data
To balance the competing interests between economy, security, and computational burden
caused by the uncertainty of the electricity‑hydrogen integrated energy systems (EH-IESs), a …
caused by the uncertainty of the electricity‑hydrogen integrated energy systems (EH-IESs), a …
Distributed Risk-Averse Optimal Dispatch for Integrated Power and Transportation System Considering Carbon Trading
With the global climate change, the significance of carbon emission reduction is widely
recognized. As an effective tool for emission reduction, carbon trading needs to be …
recognized. As an effective tool for emission reduction, carbon trading needs to be …