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Open access

ISSN: 2096-5117
CN: 10-1551/TK
e-ISSN: 2590-0358

Electricity‑carbon price dual‑response strategy for power systems considering renewable energy uncertainty

To address the challenges of renewable energy uncertainty to power system security and low-carbon transition, this paper proposes an optimal dispatch strategy with dual response to electricity and carbon...

Economic valuation of hydropower flexibility for power system planning and operation

The expansion of variable renewable energy sources has significantly increased the operational flexibility requirements of power systems. In hydro-dominated systems, hydropower plays a crucial balancing...

Artificial intelligence–enabled energy interconnection for low-carbon power systems and electric mobility: A comparative review of China and Egypt

Advanced technologies are required to support the rapid transition to low-carbon energy systems to accommodate high penetration of renewable energy, large-scale energy interconnection and the accelerating...

Comparative study of levelized cost of electricity for grid-connected and off-grid solar photovoltaic and battery based microgrid systems

The levelized cost of electricity (LCOE) is commonly used to evaluate the economic viability of renewable energy systems. However, there is limited analysis comparing grid-connected and off-grid operational...

Distributionally robust optimal scheduling for integrated energy systems considering electricity–hydrogen coupling and Stackelberg–Nash game

Integrated energy systems (IES) incorporating electricity–hydrogen coupling (EHC) constitute a crucial pathway toward achieving low-carbon energy transition. However, the economic and reliable operation...

Design and simulation of feed-forward decoupling control for a 5 MW Grid-Connected solar PV system aimed at rural electrification in Nigeria

Solar energy is converted into electricity through Photovoltaic (PV) systems. Single-stage power converters are frequently used in large-scale Photovoltaic Systems (PVS) to ensure high efficiency and...

An improved Sfa-optimized neuroendocrine PID controller for DC-DC buck-boost converter-inverter driven dc motor in a PV system

This paper introduces an advanced tuning method for neuroendocrine PID (NEPID) controllers in DC-DC buck-boost converter-inverter driving DC motor (DCBBCI-DC motor) systems, powered by photovoltaic...

Improved statistical up-scaling clustering wind power forecasting method based on spatial-temporal data enhancement

Uncertain local-global data mapping relationships in Wind Power Forecasting (WPF) models for wind farm clusters can be effectively addressed by combining Numerical Weather Prediction (NWP) with Wind...

Review on electric vehicles integration into smart grid cyber physical security system and performance analysis for smart city perspective

Developing reliable cyber-physical system security for electric vehicles to smart grid sustainable development for smart cities, it is essential to have a deeper understanding of successful cyber-physical...

Multi-configurational energy storage management in a residential nanogrid under constraints of renewable energy resources and demand uncertainties

Cogeneration transformation in the context of the transition to green power engineering

This work is devoted to the creation and scientific substantiation of the efficiency of the algorithm for searching for using organic fuel optimal modes in cogeneration plants under variable thermal...

Multi-Time-Scale dispatch optimization strategy for rural distribution networks considering seasonal load characteristics of agricultural facilities

With the large-scale integration of distributed energy into rural distribution networks, the mismatch between the seasonal power consumption of traditional agricultural facilities and renewable energy...

Energy characteristic extraction and influencing factors identification of subsynchronouas oscillations based on WOA-VMD and principal component analysis

The new type power system includes generators with varying operation modes, control strategies and cluster combination methods, leading to distinct subsynchronous oscillation characteristics. Therefore,...

Ammonia as a transition fuel for hydrogen economy: A review of ammonia production pathways and combustion characteristics

The urgent requirement to decarbonise the transportation sector has accelerated efforts to aid the transition from internal combustion engines (ICEs) running on conventional fuels to more sustainable...

AI-enhanced techno-economic feasibility of off-grid renewable hydrogen refueling stations

This study investigates a wind–solar–storage-driven renewable hydrogen refuelling station for Northern Oman (Barka, Sohar, Al Hadd), targeting reliable service of an AC auxiliary demand of 334 kWh/day...

Fuzzy-logic energy management system with integrated FMEA for multi-port converter

The integration of distributed renewable energy sources requires systems for energy management that are flexible to resource fluctuation and resilient to component failures. Conventional energy management...

Adaptive power and virtual resistance cooperation control strategy of VSG-based GFM converters for grid transient stability enhancement

With the increasing penetration level of renewable energy sources (RES) interfaced with the grids by power electronic converters, the grid forming (GFM) control of converters is recognized as one of...

Intelligent power management and unit commitment for hybrid renewable microgrids

This paper presents an intelligent power management and unit commitment (UC) framework for hybrid renewable microgrids, employing adaptive neuro-fuzzy inference system (ANFIS) controllers to optimize...

Modeling and clustering of residential electricity consumption for short-term forecasting using seasonal autoregressive integrated moving average (SARIMA)

Power demand is increasing in all sectors of the developing nations; however, the inadequate and disproportionate generation and distribution resources create a burden for the authorities to efficiently...

Optimal scheduling of renewable energy system based on probabilistic power balance under dynamic frequency security

Aiming at the issues of reduced power system inertia, increased source − load uncertainties, and exacerbated frequency security risks caused by the integration of high − penetration renewable energy...

The impact of increased renewable energy penetration and reduced inertia on the frequency nadir in a multi-area interconnected network based on the peninsula Malaysia national grid

The increased adoption of renewable energy sources (RES) has left the power system grid with ever more decreasing inertia. The inertia plays a crucial part in mitigating frequency changes in the power...

A context-driven dynamic modeling method for ultra-short-term wind power forecasting

Ultra-short-term wind power forecasting is a critical technology for ensuring secure and stable operation of power systems and promoting new energy integration. Current research usually employ offline...

AI-driven forecasting of the world energy index: The role of Iraq’s GDP in global energy interconnection

Energy indices are essential for analyzing global energy trends and their economic and societal impacts. These indices guide investment decisions, set performance standards, and help mitigate risks...

Optimized design and energy management of a hybrid electric traction substation integrating photovoltaic generation and storage systems: case study of the Moroccan railway network

The integration of renewable energy sources into railway traction substations has become a strategic priority to reduce operational costs and CO2 emissions. This paper presents a novel optimization...

Advancing electric vehicle ecosystems: a survey of generative artificial intelligence and distributed machine learning applications

The growing popularity of Electric Vehicles (EVs) necessitates advanced systems capable of managing the increasing complexity of EV-generated data. However, the exponential expansion of data streams...

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