Battery (dis)charging
Simulate how batteries charge and discharge over time.
Accurate Battery Modeling
Model various battery technologies including lithium-ion, lead-acid, and flow batteries with detailed parameters such as capacity, voltage curves, and efficiency profiles.
Account for temperature effects, aging factors, and cycle life to create realistic simulations that reflect real-world battery performance over time.
Charge/Discharge Cycle Analysis
Simulate complete charge and discharge cycles based on your system's generation and load profiles to understand how your battery will perform in real-world conditions.
Visualize state-of-charge over time with detailed graphs showing charging rates, depth of discharge, and cycle patterns to optimize battery usage and lifespan.
Battery Sizing Optimization
Determine the optimal battery capacity for your specific application by analyzing load requirements, generation patterns, and desired backup duration.
Compare different battery configurations to find the best balance between cost, performance, and lifespan for your unique energy storage needs.
Advanced Control Strategies
Implement and test various battery management strategies including peak shaving, load shifting, and time-of-use optimization to maximize the value of your energy storage system.
Simulate grid interaction scenarios for grid-tied systems, including self-consumption optimization, backup power during outages, and grid support functions.
There's More to Discover
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