Energy Storage Modeling Overview and Storlytics Platform | Storlytics Energy Storage
Dive deep into the Storlytics platform's capabilities, its importance in the energy storage design industry, and how it addresses the existing gaps in the market. This presentation is part of a more extended webinar that delves into a thorough review of the Enervenue technology, providing critical insights from various case studies on how it performs against typical lithium suppliers. Whether you're a power system engineer, a project designer, or simply curious about energy storage innovations, this webinar offers a comprehensive look into the Storlytics approach and how the right simulation platform can effectively determine the best technology for specific use cases.
0:00 Introduction
1:40 Storlytics Review: Modeling energy storage systems
2:45 Energy Storage Design Process
5:55 The significance of choosing the right technology
8:01 Determining the Total Cost of Ownership (TCO)
9:14 Factors affecting TCO
Note:
This is just a snapshot of the wealth of knowledge shared in this webinar. Watch the entire video (here: • Augment Your Expectations, Not Your B... ) for a complete understanding and share it with peers interested in the evolution of energy storage systems.
To deduce this conclusion, we use Storlytics Energy Storage software, a powerful software for modeling battery energy storage systems. It allows users to design, size, and optimize grid-tied battery systems. It offers a user-friendly interface to deduce power and energy capacity requirements for different energy storage grid applications' "use-cases." It also allows users to accurately model power flow, battery losses, and round trip efficiency and predict degradation curves of defined energy storage systems, leveraging various inverter and battery models. Storlytics can import user-defined and benchmark ESS profiles to deduce the actual performance of planned grid-tied and renewable energy projects.
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