How Stekker combines dynamic energy prices, charging preferences and market data to minimize your charging costs.

How Stekker integrates battery energy storage systems (BESS) with smart charging — optimization strategies, technical requirements and site-level coordination.

How Stekker incorporates solar panels into charging schedules: configuration, solar forecasts, self-consumption optimization and peak shaving coordination.

Key terms and definitions used in smart charging, energy management, and grid-aware EV charging.

How Stekker uses solar forecasts to maximize self-consumption and charge your vehicles with your own generated power.

How Stekker protects your contracted grid capacity and prevents costly overruns when multiple vehicles charge simultaneously.

What happens behind the scenes when Stekker optimizes your charging session — from plug-in to power profile.

Understanding grid congestion, peak loads, and how smart charging protects your business from grid-related problems and costs.

Stekker helps especially to avoid high demand charges and penalties through intelligent charge scheduling and load management.

How to set up rules based on cards, users, or charge points so critical vehicles always get charging priority.