Energy system modelling and integrated assessment approaches are critical tools for understanding and optimising the complex interactions within modern energy systems. This session will explore the significance of energy system modelling and integrated assessment in facilitating sustainable energy transitions.
The accurate representation of energy production, consumption, and distribution is indispensable. Energy system modelling and integrated assessment provide a holistic framework to analyse the intricate interplay between various energy sources, technologies, and policies. By simulating these interactions, stakeholders can make informed decisions that minimise environmental impact, enhance energy security, and promote economic viability.
In this session, we will discuss key components of energy system modelling and integrated assessments, including the impacts of systems retrofitting and integration of renewable sources like solar, hydrogen, wind and hydroelectric power, and geothermal energy. Additionally, the session will focus on the growing role of hydrogen as a promising key player in achieving net-zero emissions, exploring its potential in energy storage, transportation, and industrial applications. The session will also cover the combination of hydrogen with other renewable sources, small-scale energy generation technologies, and advanced grid management systems. Various modelling techniques can be discussed, including optimisation, simulation, scenario analysis, impact assessment, forecast energy demand, infrastructure requirements evaluation and the effects of policy interventions.
The accurate representation of energy production, consumption, and distribution is indispensable. Energy system modelling and integrated assessment provide a holistic framework to analyse the intricate interplay between various energy sources, technologies, and policies. By simulating these interactions, stakeholders can make informed decisions that minimise environmental impact, enhance energy security, and promote economic viability.
In this session, we will discuss key components of energy system modelling and integrated assessments, including the impacts of systems retrofitting and integration of renewable sources like solar, hydrogen, wind and hydroelectric power, and geothermal energy. Additionally, the session will focus on the growing role of hydrogen as a promising key player in achieving net-zero emissions, exploring its potential in energy storage, transportation, and industrial applications. The session will also cover the combination of hydrogen with other renewable sources, small-scale energy generation technologies, and advanced grid management systems. Various modelling techniques can be discussed, including optimisation, simulation, scenario analysis, impact assessment, forecast energy demand, infrastructure requirements evaluation and the effects of policy interventions.