Скачать или смотреть Storlytics v1.0 Release with new and functional updates | Storlytics | Energy Storage Made Simple

Storlytics is a powerful software for modeling battery energy storage systems. It allows users to design, size and optimize grid tied battery systems by offering 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, round trip efficiency and predict degradation curves of defined energy storage systems leveraging a wide variety of inverter and battery models. Storlytics can import user defined and benchmark ESS profiles to deduce actual performance of planned grid tied and renewable energy projects.

To download, please visit us at: https://www.storlytics.net/

In this video, we are going to look into some of the new and functional features we added in this new release.

Version V1.0 Updates:-

General:-
Addressed user reported bugs from V0.3
Renamed "Defined System Module" to "Battery System Modeler"
Renamed "Need Based Module" to "Battery Profile Creator"
Expanded Help and Quick Start document
Added four new example cases for the following applications:
1. PJM market signal dispatch
2. PV Clipped Energy Storage (DC or AC coupled)
3. Peak Load Shaving
4. Schedule-based Energy Arbitrage

Battery System Modeler(BSM):-
Added Component Editor for battery and inverter models.
Added feature that allows users to estimate battery system aux load (HVAC) based on battery system capacity.
Added battery models (.btt files) for the following OEMs (available at no additional fees with paid licenses):-
Samsung NMC E3 cells
Samsung NMC M3 cells
CATL LFP 280Ah cells
Generic NMC cells with levels of degradation (high, med, low)
Generic LFP cells with levels of degradation (high, med, low)
Updated SoH calculation to calculate degradation at each timestep rather than every year.

Battery Profile Creator (BPC):-
Expanded BPC to include the following applications:-
Peak Load Shaving/Demand Charge Management/Clipped PV Energy Capture
Schedule-based Energy Arbitrage
Daily Energy Neutralization/Equalization
Expanded BPC to allow users to stack (perform simultaneously) or prioritize different grid-tied battery applications