Integrated energy planning to meet 2050 European targets: A Southern Italian region case study

Battaglia, V.; Luca, G. De; Fabozzi, Salvatore; Lund, Henrik; Vanoli, Laura

doi:10.1016/j.esr.2022.100844

Cited by 20 publications

(1 citation statement)

References 30 publications

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“…The Pacific Northwest National Laboratory is working on the rural area distributed wind integration network development project to understand, address, and reduce the technical risks and market barriers to distributed wind adoption by rural utilities with a similar concept to wind power IES in China [ 7 ]. European countries are also involved in the development of distributed energy including wind power in the process of transition to clean energy [ 8 ]. The energy storage system in wind-solar-storage-charging IES charges electricity during low-peak periods and supports fast charging load during peak periods, bringing the benefits of local consumption of the distributed energy generation, reduction in the load difference, and improvement in system operation efficiency.…”

Section: Introductionmentioning

confidence: 99%

Life Cycle Assessment-Based Carbon Footprint Accounting Model and Analysis for Integrated Energy Stations in China

Sun

Pan

Jin

et al. 2022

IJERPH

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To achieve its carbon neutrality goal, China has invested broadly in energy infrastructure and the emerging integrated energy stations (IESs) projects will bring enormous opportunities. Accurate carbon emission accounting for IESs is challenging in view of the complexity of the manufacturing process and uncertainty in construction and operation processes. To overcome these challenges, this paper develops a novel quantitative carbon footprint analysis model for IESs from a lifecycle perspective, with production and materialization, construction, operation and maintenance, and disposal and recycling phases considered. The method is applied on a 110 kV wind power IES project in China, to analyze and calculate lifecycle carbon emissions, identify the key influence factors of carbon footprints and provide suggestions for carbon reduction. The findings can identify key influence factors and provide suggestions for carbon reduction for the development of IES projects.

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Section: Introductionmentioning

confidence: 99%

Life Cycle Assessment-Based Carbon Footprint Accounting Model and Analysis for Integrated Energy Stations in China

Sun

Pan

Jin

et al. 2022

IJERPH

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Recovery of styrene from waste wind turbine blades (fiberglass/polyester resin composites) using pyrolysis treatment and its kinetic behavior

Yousef,

Eimontas,

Striūgas

et al. 2023

J Therm Anal Calorim

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Power-to-X strategies for Smart Energy Regions: a vision for green hydrogen valleys

Battaglia,

Vanoli

2024

Energy Efficiency

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Future energy systems will have to face the challenge of managing surplus electricity from renewable sources. In this context, technologies like electrolyzers could play a key role since they can convert this surplus into hydrogen. The study aims to develop an energy strategy for the Campania region, in Italy, aligning with 2050 European CO2 reduction targets. It utilizes detailed bottom-up modeling and dynamic simulations to propose a scenario emphasizing extensive integration of renewable energy sources, particularly using Power-to-Gas technologies to convert surplus electricity into hydrogen for the transportation sector. This approach leads to abating the significant surplus of around 2.4 TWh/year produced by renewables and enables it to cover about 10% of transport sector consumption by hydrogen, boosting the overall share of renewable energy.

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Integrated energy planning to meet 2050 European targets: A Southern Italian region case study

Cited by 20 publications

References 30 publications

Life Cycle Assessment-Based Carbon Footprint Accounting Model and Analysis for Integrated Energy Stations in China

Life Cycle Assessment-Based Carbon Footprint Accounting Model and Analysis for Integrated Energy Stations in China

Recovery of styrene from waste wind turbine blades (fiberglass/polyester resin composites) using pyrolysis treatment and its kinetic behavior

Power-to-X strategies for Smart Energy Regions: a vision for green hydrogen valleys

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