Bachelorarbeit, 2021
48 Seiten, Note: 1,3
This Bachelor's thesis examines business models for battery storage systems on multidimensional markets. The study aims to provide a structured literature review, analyzing various aspects of these systems, including location, technology, size, renewable energy sources (RES), methods, and revenue streams.
The thesis begins with an introduction to the topic of battery storage systems and their importance in the context of renewable energy integration. Chapter 2 delves into the various dimensions of battery storage, defining key concepts like location, technology, battery size, RES, method, and revenue streams. Chapter 3 outlines the methodology employed in the literature review, detailing the search process, inclusion criteria, and manual filtering techniques used. Chapter 4 provides a high-level overview of the current landscape of multi-tasking literature on battery storage systems. Chapter 5 focuses on a qualitative analysis of HES and CES, examining key aspects like operator characteristics, services and revenue streams, methodologies employed, forecasting approaches, and battery degradation considerations.
Battery storage systems, business models, multidimensional markets, renewable energy integration, home energy storage (HES), commercial energy storage (CES), revenue streams, service offerings, qualitative analysis, literature review.
The thesis focuses on business models for BSS in multidimensional markets, specifically analyzing the multi-use or multitasking capabilities of these systems to increase profitability.
The review structures literature based on: 1. Location and grid connection, 2. Battery technology, 3. Size of the BSS, 4. Integrated renewable energy sources (RES), 5. Study methodology, and 6. Considered revenue streams.
HES stands for Household (or Home) Energy Storage, and CES stands for Community (or Commercial) Energy Storage. The thesis provides a qualitative analysis of these two specific clusters.
In residential contexts, the most common proposal is combining self-consumption with demand-side management to improve the economic viability of the storage system.
Smaller BSS can provide balancing or ancillary services to system operators through aggregation, where many small units are combined to act as one larger entity.
The review identifies that forecasting techniques (for energy production, demand, or prices) and detailed battery degradation models are often overlooked by researchers in this field.
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