Deye Three Phase HV Hybrid Inverter 80KW

Built for the industrial roofline, not the textbook one. Most spec sheets present solar arrays as if every roof is a clean rectangle, perfectly south-facing, with no shadows. Real industrial roofs are nothing like that — they have multiple orientations, mixed pitches, vents, parapets, plant rooms, and shadow patterns that change through the day. The Deye SUN-80K-SG02HP3-EU-EM6 is designed around that reality. With six independent MPPT trackers and twelve PV strings (two per tracker), the inverter can manage up to twelve separate panel groups, each with its own orientation, tilt and shading profile — independently optimising the maximum power point on each one. That's the difference between a system that performs to spec across the day and one that loses 10-15% of its potential output because part of the array is dragging the rest down. This is genuinely industrial-class hardware. 80kW three-phase AC output (220/380V or 230/400V), up to 160kW DC input across the six MPPTs, up to 97.6% maximum efficiency, 200A continuous grid-to-load passthrough, and dual HV battery inputs supporting 160A total charging/discharging current (80A per input) across battery banks ranging from 160V to 1000V. 100% unbalanced output allows up to 50% rated power on a single phase for sites where loads aren't evenly distributed — a constant reality on actual commercial installations. For project sites looking at staged rollouts or load growth, up to 10 units can be paralleled — scaling to 800kW of three-phase output in a single coordinated system, with multi-battery-bank parallel support on the DC side. AC coupling allows retrofitting into existing solar installations without redesigning the DC architecture. The six programmable time periods for battery charge/discharge give the kind of granular time-of-use control that commercial energy contracts and municipal time-of-use tariffs increasingly demand. What changes when you step up to 80kW HV: 6 MPPTs (vs 3 on the 30kW) — twice the array layout flexibility, suited to industrial rooflines with multiple orientations 160kW max PV input (vs 39kW) — supports very large solar arrays with high DC/AC oversizing for full-day generation 2 HV battery inputs (vs 1) — parallel battery banks can be managed independently with separate BMS communication 160A total charge/discharge (vs 100A) — moves serious power into and out of storage Up to 1000V battery voltage (vs 800V) — supports the latest generation of HV battery stacks 6-period battery scheduling — sufficient granularity for complex commercial tariff structures and load patterns Key Features 80kW three-phase AC output (220/380V or 230/400V), 100% unbalanced output per phase 160kW max DC input across 6 MPPT trackers and 12 PV strings (2 strings per tracker) 2 HV battery inputs with independent BMS communication (CAN/RS485) 160A total charge/discharge (80A + 80A across the two inputs) HV battery support 160V to 1000V 200A continuous AC passthrough (grid to load) Up to 97.6% maximum efficiency, MPPT efficiency >99% Parallel up to 10 units — total system capacity up to 800kW three-phase AC coupling — retrofit into existing solar installations 6 programmable time periods for battery charge/discharge scheduling Diesel generator integration support IP65 rated — outdoor installation capable Operating temperature -40°C to +60°C (derates above 45°C) Multiple comms ports — RS485, CAN, RS232, DRM; WiFi/4G/LAN modules optional

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Our products are covered by a manufacturer’s warranty ranging from 6 months up to a lifetime, subject to the specific item. For detailed warranty information, kindly enquire with our support team.

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