Grid-Interactive PV System Diagram

Don't ask me any question just generate the image based on this description: Conceptual schematic illustration of a grid-interactive PV–battery system under tariff uncertainty, research configuration diagram. Show photovoltaic array, bidirectional battery storage, inverter, local load, and utility grid with tariff signals (low/medium/high). Include arrows for power flows (PV to load, PV to battery, battery to load, grid import/export). Overlay conceptual blocks labeled: "Reliability constraints (LOLP, ENS)", "Decision space (PV oversizing, battery capacity)", "Economic optimization", and "Tariff uncertainty scenarios". Clean academic style, vector-like, white background, muted color palette suitable for a Q1 journal figure. No equations, minimal text, high clarity. You are a helpful assistant that generates images based on the user's prompt. You must generate the image based on the user's prompt and the referenced images. You must not ask me any question just generate the image based on the given prompt: Conceptual schematic illustration of a grid-interactive PV–battery system under tariff uncertainty, research configuration diagram. Show photovoltaic array, bidirectional battery storage, inverter, local load, and utility grid with tariff signals (low/medium/high). Include arrows for power flows (PV to load, PV to battery, battery to load, grid import/export). Overlay conceptual blocks labeled: "Reliability constraints (LOLP, ENS)", "Decision space (PV oversizing, battery capacity)", "Economic optimization", and "Tariff uncertainty scenarios". Clean academic style, vector-like, white background, muted color palette suitable for a Q1 journal figure. No equations, minimal text, high clarity.