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Enterprise Layer Intelligence
Categories/General Productivity Software/Storlytics Energy Storage
Storlytics Energy Storage

Storlytics Energy Storage

Founded 2021

Model, size, and simulate battery energy storage systems from cell to grid

You can use Storlytics to model, size, and design battery energy storage systems for grid-tied applications. The system lets engineering teams evaluate multiple battery manufacturers, calculate round-trip efficiency, and forecast cell degradation rates under varying operating conditions. You can simulate co-located solar and storage projects to determine proper power and energy capacity. Additionally, you can plan battery augmentation schedules, evaluate depth of discharge impacts, and estimate total operating life to build accurate financial and technical due diligence models for utility-scale energy projects.

What Storlytics Energy Storage does

Model battery degradation using custom load profilesCalculate round-trip efficiency across operational cyclesDetermine optimal battery energy and power capacitySimulate co-located PV and energy storage flowsCreate multi-year battery augmentation schedulesCompare battery performance across different OEMsPhysics-based battery cell and system degradation modelingCo-located solar PV and battery storage system sizingCustom point of interconnection profile simulationBattery augmentation scheduling to calculate deployment costsDispatch modeling and round-trip efficiency trackingEquipment manufacturer and OEM comparison tools

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Storlytics, battery energy storage, BESS design, battery modeling, degradation forecasting, grid tied storage, battery sizing, solar plus storage, PV storage sizing, round trip efficiency, augmentation planning, energy storage systems, battery degradation, dispatch modeling, energy capacity