Framework zur Energiespeicheranalyse
Wir wollen daher in diesem Beitrag ein praktisch anwendbares 6‑Phasen-Framework für die Entwicklung von Digitalisierungsstrategien vorstellen. Jede Phase besteht dabei aus anwendungsorientierten Werkzeugen, die Unternehmen bei der Entwicklung von Digitalisierungsstrategien unterstützen.Bei der Entwicklung des Frameworks haben wir die
What is the environmental assessment framework for energy system analysis?
This paper brings these challenges into discussion and introduces the Environmental Assessment Framework for Energy System Analysis (EAFESA), which enables to identify life cycle based non-climate environmental impacts of energy scenarios consistently.
Can resilience analysis be integrated into long-term energy system optimization models?
This study presents a flexible framework to integrate resilience analysis within the scope of long-term energy system optimization models (ESOMs). It employs a multi-objective resilience metric approach for energy system design, which allows for the independent representation and treatment of resilience and sustainability metrics.
Does resilience analysis improve energy system resilience planning?
Method improves energy system resilience planning and yields cost savings. Imminent climate change impacts call for stronger energy system modeling approaches in order to design resilient communities. This study presents a flexible framework to integrate resilience analysis within the scope of long-term energy system optimization models (ESOMs).
How is energy system design based on objective criteria?
The general approach is illustrated graphically in Fig. 1. It consists of two main stages: long-term energy system design, and short-term resilience response system testing. System design is based on different objective criteria (i.e., cost minimization, CO 2 emissions minimization or resilience maximization in this study).
How do we assess energy system resilience?
Literature presents a variety of methods to assess energy system resilience. Operational cost increases during disruptions have been used to evaluate energy system resilience performance in different studies in the context of ESOMs [ 24, 25 ]. Ibanez et al. calculate operational cost increases during outage events to evaluate resilience in .
What are the different types of energy system resilience analysis approaches?
Other general energy system resilience analysis approaches also include robust risk analysis; uncertainty analysis; and the application of scenario-based war-gaming to identify system dependencies, interactions and vulnerabilities.