Deye 30kW SUN-30K-SG02HP3-EU-AM3 Hybrid HV 3 phase inverter

Description

The Deye SUN-30K-SG01HP3-EU-BM3 is a commercial-grade, high-voltage three-phase hybrid inverter designed to bridge the gap between large-scale residential estates and commercial/industrial (C&I) enterprises. It serves as a comprehensive energy management hub, efficiently balancing solar arrays, high-voltage battery storage, the utility grid, and local diesel generators simultaneously.Core Hardware ArchitectureRobust Ingress Protection: Encased in a rugged IP65-rated chassis, making it completely dustproof and highly water-resistant for indoor or outdoor mounting.Interactive Control Interface: Features a front-facing color LCD touchscreen that provides real-time telemetry, historical yield metrics, and direct parameter configuration.Active Cooling Array: Utilizes an intelligent, multi-fan cooling system that dynamically adjusts speed based on internal temperatures to ensure optimal thermal performance.Safety Integration: Built with integrated DC switches, Type II DC/AC Surge Protective Devices (SPDs), and anti-islanding protection.Key Technical Performance SpecsRated Power Output: 30,000 Watts (30 kW) continuous three-phase AC output.Solar PV Input: Supports up to 39,000 Watts (39 kW) of maximum DC solar input to allow heavy over-clocking of solar arrays.Advanced MPPT Trackers: Equipped with multi-channel MPPT trackers featuring a wide voltage sweep range to maximize solar harvesting, even on complex or partially shaded roofs.100% Unbalanced Output: Uniquely handles 100% unbalanced loads phase-by-phase, meaning one phase can run at maximum capacity while another runs low without causing the inverter to trip.Battery & Power ManagementHigh-Voltage Interface: Operates on a high-voltage battery loop ranging from 160V to 800V. This reduces line current losses and improves round-trip efficiency compared to low-voltage 48V models.Smart Generator Interaction: Includes a programmable Auxiliary/Gen Port that can automatically trigger local diesel generators based on the battery bank's Depth of Discharge (DoD).Grid Peak Shaving: Supports peak shaving configurations to help commercial facilities avoid high utility demand charges during peak consumption hours.