Deye Tri 80 kW Hybrid Inverter – SG02HP3-EU-EM6
€10,703.80
Tax included
SUN-80K-SG02HP3 -EU-EM6
0768563822704
The Deye 80kVA three-phase hybrid inverter is designed for large commercial or industrial solar installations. It intelligently manages energy between the photovoltaic panels, the high-voltage batteries (160-800V) and the grid. Thanks to its 6 independent MPPTs, it optimises solar production, even on multi-orientated roofs.
Key benefits:
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High power: 80 kVA
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6 independent MPPTs for optimum yield
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Compatible with high-voltage batteries (160-800V)
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On-grid and off-grid operation
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Parallels up to 10 units
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Integrated EMS for intelligent energy management
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Remote monitoring: Wi-Fi, RS485, CAN, GPRS
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High-performance cooling, integrated protection
Why choose the Deye 80kVA?
Because it combines power, flexibility and security. It reduces your dependence on the grid, ensures continuity of supply and makes the most of every kilowatt produced. With Deye, the world leader in hybrid UPS, you're investing in a durable solution that's tailored to professional requirements.
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Deye SG02HP3-EU-EM6 80 kW three-phase hybrid inverter – Power, flexibility and resilience for large-scale installations
The Deye SUN-80K-SG02HP3-EU-EM6 is the benchmark three-phase hybrid inverter for high-power commercial solar projects. With its 6 independent MPPT trackers, dual high-voltage battery input (160–1000 Vdc ) and UPS switchover in under 4 ms, it seamlessly coordinates solar generation, storage and the grid at demanding industrial, commercial, agricultural or community sites. Its ability to be paralleled with up to 10 units to reach 800 kW makes it a scalable solution with no limit on installed power.
6 independent MPPT trackers for maximised solar generation
The inverter incorporates 6 independent MPPT trackers, each accepting 2 strings and an input current of 36A, giving a maximum short-circuit current of 54A per tracker. The MPPT voltage range extends from 150 to 850 Vdc, with a maximum PV voltage of 1,000 Vdc and a nominal PV input voltage of 650 Vdc. The maximum accepted PV power is 128,000 Wp. This high number of independent MPPT trackers is particularly well-suited to multi-pitch roofs, multiple orientations (East/West/South) or installations combining arrays of panels with different tilt angles, preventing any interference between strings. MPPT efficiency exceeds 99%, ensuring near-perfect extraction of available energy.
Dual high-voltage battery inputs 160–1000 Vdc
The SG02HP3-EU-EM6 features two independent battery inputs, each supporting up to 80A on charge and 80A on discharge, totalling 160A. The battery voltage range of 160 to 1,000 Vdc — the widest in the Deye range — ensures maximum compatibility with high-voltage lithium-ion batteries on the market. BMS communication is self-adaptive via CAN or RS-485, without the need for complex manual configuration. The dual input allows two separate battery banks to be connected, providing either storage redundancy or increased energy capacity without additional equipment. The maximum discharge current also reaches 80 + 80 A, enabling stored energy to be delivered rapidly during peak consumption periods.
UPS mode: switchover in less than 4 ms
In the event of a mains failure, the Deye 80 kW switches to stand-alone mode in less than 4 ms, ensuring uninterrupted power supply to sensitive loads without any perceptible interruption. This ultra-short switchover time makes it suitable for powering servers, industrial PLCs, control systems, medical equipment or any load for which even a micro-outage would be problematic. This performance is comparable to that of dedicated industrial UPS units, with the added advantage of integrated management of solar generation and storage.
Phase imbalance tolerance: up to 100%
The SG02HP3-EU-EM6 supports a phase imbalance of 100%, meaning that a single phase can be loaded at full power whilst the other two are at zero, without the inverter derating or triggering a protection. This high tolerance is essential in industrial and commercial environments where heavy single-phase loads (ovens, single-phase compressors, lighting, IT equipment) are unevenly distributed across the three phases of the three-phase grid.
Multiple operating modes
The inverter supports all operating modes of a professional hybrid system:
- On-grid: feed-in and/or self-consumption with the three-phase public grid
- Off-grid: fully autonomous power supply without the grid, from PV and batteries
- Hybrid: intelligent combination of grid, PV and battery with priority management
- AC-coupling: adding battery storage to an existing grid-connected system without replacing the existing solar inverter
- Generator: dedicated input for a generator as a backup or to top up the battery charge
Programming of 6 charging/discharging time slots allows the inverter’s behaviour to be precisely adapted to off-peak/peak tariffs, grid operator constraints or non-feed-in obligations during certain periods.
Smart energy management and integrated EMS
The Deye SG02HP3-EU-EM6 features an integrated energy management system (EMS) that automatically controls the flow between sources (PV, battery, grid, generator) according to parameters set by the installer. The six programmable time slots allow you to define when the battery charges from the grid (typically at night during off-peak hours), when it discharges to the loads (peak hours), and to what depth of discharge. This fine-grained management is particularly cost-effective in contexts involving dynamic pricing, load shedding contracts, or sites subject to contracted power limits. The lithium-ion battery charging strategy automatically adapts to the connected BMS, without manual intervention.
Parallel connection of up to 10 units — up to 800 kW
The Deye 80 kW can be combined with 9 other identical units to achieve a total power of 800 kW in a parallel configuration. This modularity, which requires no specific coupling equipment, allows the installation to be sized according to current needs and then gradually expanded without altering the architecture of the existing system. Communication between inverters is via RS-485. This parallel connection capability makes the SG02HP3 a suitable solution for large-scale projects: large commercial buildings, industrial estates, microgrids, fast-charging stations for electric vehicles, or intensive agricultural installations.
Recommended applications
Industrial and commercial sites
With 80 kW of power distributed across 3 phases and a nominal output current of 108.7A per phase, the SG02HP3-EU-EM6 is designed to power heavy three-phase loads: industrial compressors, production lines, centralised air conditioning, high-power pumps, industrial lighting. The 100% unbalance tolerance and UPS switching in under 4 ms ensure uninterrupted power supply even in the event of a mains failure, at sites where a production stoppage would result in significant financial losses.
Commercial and service sector buildings
Office buildings, shopping centres, hotels, healthcare facilities: the SG02HP3-EU-EM6 meets the energy needs of sites with high distributed consumption. Parallel operation of up to 10 units enables the power output required for very large buildings to be achieved, whilst time-of-use management optimises self-consumption and reduces energy bills by avoiding peak grid draw-down during high-tariff hours.
Intensive farming operations
Heated greenhouses, irrigation systems, cold stores, dryers, livestock ventilation: modern farms consume considerable amounts of energy, often in sporadic and irregular bursts. The Deye 80 kW absorbs these consumption peaks from the PV system and batteries, whilst enabling full off-grid power supply at remote sites. Its IP65-rated robustness and extended temperature range (-40°C to +60°C) ensure reliable operation in exposed agricultural environments.
Off-grid sites and microgrids
In off-grid mode, the SG02HP3-EU-EM6 powers an entire site from PV and batteries, with the generator providing automatic backup. Parallel operation of up to 10 units allows for the creation of a high-power autonomous microgrid for villages, remote industrial areas or mining sites. Integrated multi-source management optimises generator usage by activating it only when PV and batteries are insufficient, thereby reducing fuel consumption.
Extension of an existing installation via AC-coupling
AC-coupling mode allows the Deye SG02HP3 to be connected downstream of existing grid-connected inverters to add battery storage capacity, without dismantling or replacing the original solar inverters. This approach is particularly cost-effective for industrial sites already equipped with a high-power grid-connected PV system that wish to add self-consumption with storage without completely rewiring the DC system.
Remote monitoring and the Deye platform
Monitoring is carried out via the Deye web portal and mobile app, with connection options including Wi-Fi, 4G, LAN, Bluetooth or GPRS depending on the chosen configuration. The platform enables immediate remote shutdown in the event of an incident, remote firmware updates and adjustment of all parameters without the need for physical on-site intervention. This centralised monitoring is particularly valuable for installers managing a multi-site portfolio, for operators of remote microgrids, or for energy managers seeking real-time monitoring of production and consumption. The Deye platform is also compatible with the Deye Copilot module, the first AI-powered EMS dedicated to Deye inverters, enabling automatic optimisation of charging/discharging strategies based on weather forecasts and dynamic tariffs.
Robustness, protection and certifications
With its IP65 protection rating, the SG02HP3-EU-EM6 can be installed outdoors or in premises exposed to humidity and dust. It operates from -40°C to +60°C with automatic derating above 45°C, up to an altitude of 2,000 m. The noise level is 65 dB or less. Cooling is provided by an intelligent air-cooling system that manages heat flow according to the load. Total harmonic distortion in current (THDi) is less than 3% of the rated power, ensuring a waveform quality that meets the requirements of sensitive sites. The DC injection current is less than 0.5%. The built-in protections cover DC and AC overvoltage (TYPE II), short circuit, reverse polarity, overload and anti-islanding. The inverter is certified to the main European and international standards: EN 50549, VDE-AR-N 4105, G99, IEC 62116, IEC 61727, IEC 0-21, NRS 097, RD 140, UNE 217002, OVE Guideline R25, as well as the EMC standards IEC/EN 61000-6-1/2/3/4, IEC/EN 62109-1 and IEC/EN 62109-2.
Key technical specifications
| Parameter | Value |
|---|---|
| Nominal output power | 80,000 W / 88,000 VA |
| Max PV power | 128,000 Wp |
| Number of MPPT | 6 (2 strings per tracker, 36A per tracker) |
| MPPT range | 150 – 850 Vdc |
| Nominal / max PV voltage | 650 Vdc / 1,000 Vdc |
| Max. short-circuit current per tracker | 54 A |
| AC output | 230/400 Vac three-phase (3L + N + PE) |
| Nominal / max output current | 108.7 A / 119.6 A per phase |
| Battery | 160 – 1,000 Vdc (high voltage) |
| Max. charge/discharge current | 80 + 80 A (dual input, 160 A total) |
| European efficiency | 97.0% |
| MPPT efficiency | > 99% |
| THDi | < 3% |
| DC feed-in current | < 0.5% |
| UPS switching | < 4 ms |
| Max. phase imbalance | 100% |
| Programmable time slots | 6 |
| Parallel operation | Up to 10 units (800 kW) |
| Communication | RS485, RS232, CAN + Wi-Fi / 4G / LAN / Bluetooth / GPRS (optional) |
| Protection | IP65 |
| Operating temperature | -40°C to +60°C (derating above 45°C) |
| Max. altitude | 2,000 m (derating above this) |
| Noise level | ≤ 65 dB |
| Mains frequency | 50 Hz (45–55) / 60 Hz (55–65) |
| Warranty | 5 years |
Main screen
The LCD screen is touch-sensitive and displays general information about the inverter.
1 • The icon in the centre of the home screen indicates that the system is operating normally. If it displays "comm./F01~F64", this means that the inverter has communication errors or other errors. The error message will appear below this icon (errors F01-F64; details of the errors can be viewed in the System Alarms menu).
2 • The time is displayed at the top of the screen.
3 • System configuration icon. Press this button to access the system configuration screen, which includes basic configuration, battery configuration, grid configuration, system operating mode, generator port usage, advanced functions and Li-Ion battery information.
4 • The main screen displays information regarding solar, grid, load and battery. It also indicates the direction of energy flow using arrows. When power approaches a high level, the colour of the panels changes from green to red, allowing system information to be clearly viewed on the main screen.
- PV power and charging power always remain positive.
- A negative grid power reading indicates power being sold to the grid; a positive reading indicates power being drawn from the grid.
- A negative battery power reading indicates charging; a positive reading indicates discharging.
Touchscreen LCD and local monitoring
The integrated touchscreen displays real-time energy flows between the four sources: PV, grid, battery and loads, with animated arrows indicating the direction. When power approaches a high threshold, the colour of the indicators changes from green to red to alert the operator. The interface provides access to the following configuration menus:
- Basic configuration (grid, frequency, nominal voltages)
- Battery configuration (type, voltage, charge/discharge currents, time slots)
- Grid configuration (connection parameters, feed-in limits)
- System operating mode (on-grid, off-grid, hybrid, UPS)
- Generator port usage (priority, start/stop thresholds)
- Advanced functions (peak shaving, demand management, zero export)
- Lithium-ion BMS information (state of charge, temperature, cell voltages)
In the event of a fault, error codes F01 to F64 are displayed directly on the main screen, with access to details via the Alarms menu. PV power and load power are always displayed as positive values; negative grid power indicates power being sold to the grid, whilst negative battery power indicates charging.
The Deye 80 kVA SG02HP3-EU-EM6 three-phase hybrid inverter is the ideal solution for large-scale, high-performance and scalable solar installations. Its multi-source management, high-voltage battery compatibility and six independent MPPT trackers offer maximum energy optimisation. Robust, intelligent and perfectly suited to demanding environments, it guarantees power, autonomy and reliability, whatever your site’s requirements.
Any questions? Need advice?
Our solar experts are here to help.
Call us on +32 (0) 87 45 00 34
Contact us: info@wattuneed.com
What is the difference between the Deye SG01HP3-EU-BM4 50 kW and the Multisolar F16 30 kW?
The Deye SG01HP3-EU-BM4 outperforms the Multisolar F16 in several key areas. Its rated power is 50,000 W (compared to 30,000 W), it supports up to 80,000 Wp of PV (compared to 40,000 Wp) via 4 MPPT (compared to 3). Its high-voltage battery range extends from 160 to 800 V (compared to 600–1,000 V for the Multisolar), with a dual battery input of 2×50 A allowing two independent battery banks to be connected simultaneously. The UPS switchover time is less than 4 ms (compared to a typical 10 ms), making it suitable for truly sensitive loads (servers, CNC machines, medical equipment). Up to 10 units can be connected in parallel (compared to 4 for the Multisolar), for a total power output of 500 kW. Its maximum operating altitude is 2,000 m and it comes with a 5-year manufacturer’s warranty.
Which batteries are compatible and how does the dual 2×50 A battery input work?
The Deye SG01HP3-EU-BM4 is designed for high-voltage lithium-ion batteries in the 160 to 800 Vdc range, with automatic adaptation to the BMS via CAN or RS-485. The dual battery input (2×50 A charging and 2×50 A discharging, i.e. 100 A total in each direction) allows two independent HV battery strings to be connected simultaneously. This architecture offers increased redundancy — if one string fails, the second continues to power the loads — and enables the creation of very high-capacity storage systems (several hundred kWh) by combining the two inputs. This dual input is a major distinguishing feature compared to most industrial inverters on the market, which have only a single battery connection.
How many solar panels can be connected and how are the 4 MPPTs organised?
The Deye SG01HP3-EU-BM4 features 4 fully independent MPPT trackers, each accepting 2 strings, giving a total of 8 physical inputs. Each MPPT supports an input current of 36 A and a short-circuit current of 55 A. The maximum PV voltage is 1,000 Vdc, the MPPT range extends from 150 to 850 Vdc and the nominal PV input voltage is 600 V. The maximum PV power stated in the technical data sheet is 80,000 Wp, allowing for the installation of large-scale systems on industrial roofs, warehouses, car park canopies or agricultural sheds. The 4 independent MPPT orientations are ideal for shed roofs or multi-sided buildings with varying exposures.
Is it possible to connect several Deye 50K units in parallel, and what total power can be achieved?
Yes, the Deye SG01HP3-EU-BM4 supports parallel operation of up to 10 units on a single three-phase installation, enabling a combined output power of 500,000 W (500 kW). This scalability without a change in technology is particularly suited to industrial projects, large retail spaces, university campuses, data centres or agrivoltaic parks. Each additional unit proportionally increases the PV capacity (up to 800 kWp for 10 units), the connected storage capacity and the available backup power. Multi-inverter synchronisation is managed automatically via the integrated RS-485 communication.
What is the sub-4 ms UPS mode and what loads can it protect?
The Deye SG01HP3-EU-BM4 switches to backup mode (UPS) in under 4 ms during a mains power cut, which is two to three times faster than standard residential hybrid inverters (10 ms). This switchover speed is fast enough that the vast majority of sensitive equipment — server power supplies, industrial PLCs, CNC machines, medical equipment, control systems — will not even detect the interruption. The rated output current is 72.5 A per phase (83.4 A max), and the maximum continuous power from the mains to the load reaches 200 A, enabling high-power equipment to be powered without restriction during outages. This is a decisive factor for industrial or commercial sites with zero tolerance for power cuts.
In which European and international countries is the Deye SG01HP3-EU-BM4 certified for grid connection?
The Deye SG01HP3-EU-BM4 is certified for grid connection in a large number of countries thanks to its multiple approvals: EN 50549 and IEC 61727 (Europe in general), VDE-AR-N 4105 (Germany), G99 (United Kingdom), IEC 0-21 (Italy), OVE-Richtlinie R25 (Austria), RD 140 (Spain), UNE 217002 (Spain), NRS 097 (South Africa), IEC 62116 (international anti-islanding). It also complies with the EMC standards IEC/EN 61000-6 and IEC/EN 62109. This range of certifications makes it a suitable choice for integrators or distributors operating in several European countries, particularly for cross-border projects or fleets of installations managed on a continental scale.
Can the Deye SG01HP3-EU-BM4 operate at high altitudes and in extreme weather conditions?
Yes. The Deye SG01HP3-EU-BM4 operates without derating up to an altitude of 2,000 m, making it suitable for installations in mountainous areas (the Alps, Pyrenees, Andes or African mountain ranges). Its operating temperature range extends from −40 °C to +60 °C (with derating above +45 °C), covering the most extreme environments, from northern winters to industrial deserts. The IP65 rating guarantees complete protection against dust and water jets, allowing installation outdoors or in unheated industrial premises with relative humidity up to 100%. Its intelligent air-cooling system controls the fans according to the actual thermal load, maintaining a noise level of 65 dB or less. Weighing 80 kg and measuring 527 × 894 × 294 mm, it requires a sturdy wall mount or a dedicated rack.
SUN-80K-SG02HP3 -EU-EM6
Data sheet
- Inverter power in VA
- 88000 VA
- Max.PV Input Power
- 128000 W
- Phase
- Triphasé
- Number of MPPT
- 6 MPPT
- Width
- 606 mm
- Height
- 927 mm
- Thickness
- 314 mm
- Max. load current
- 80 + 80 A
- Inverter type
- Hybrid
- Rated mains frequency
- 50/45-55, 60/55-65 HZ
- EMC
- IEC/EN 61000-6-1/2/3/4, IEC/EN 62109-1, IEC/EN 62109-2
- Type of cooling
- Intelligent cooling
- Standard warranty (years)
- 5 years
- Humidity
- 0 à 100 %
- Euro. Efficiency
- 97,0 %
- Maximum discharge current
- 80 + 80 A
- Battery Type
- Lithium-ion batteries
- Battery Voltage Range
- 160 - 1000 V
- Operating temperature range
- -40 to 60°C, over 45°C Decommissioning
- Weight
- 105 kg
- Maximum input short-circuit current
- 54+54+54+54+54+54 A
- Communication
- RS485 / RS232 / CAN
- Network connection standards
- IEC 61727, IEC 62116,CEI 0-21, EN 50549, NRS 097, RD 140, UNE 217002, OVE-Richtlinie R25, G99,VDE-AR-N 4105
- Noise
- less than or equal to 65 dB
- Max. PV input voltage
- 1000 V
- Number of MPP trackers / strings per MPP tracker
- 6/2+2+2+2+2+2
- MPPT voltage range
- 150-850 V
- PV input current
- 36+36+36+36+36+36 A
- DC injection current
- less than 0.5%
- Charging strategy for Li-Ion batteries
- Self-tuning to BMS
- Rated PV input voltage
- 650 V
- Rated AC input/output active power
- 80000 W
- Rated AC input/output current
- 113.7/108.7 A
- AC input/output current
- 125/119.6 A
- Maximum continuous power (from mains to load)
- 200 A
- Form of network connection
- 3L + N + PE
- Total harmonic current distortion THDi
- less than 3% (of rated power)
- MPPT efficiency
- More than 99
- Monitoring mode
- GPRS/WIFI/Bluetooth/4G/LAN (en option)
- Nominal voltage/input/output range
- 220/380V, 230/400V 0.85Un-1.1Un
- Overvoltage protection level
- TYPE II(DC),TYPE II(AC)
Specific References
- UPC
- 768563822704
- EAN13
- 0768563822704
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Deye Tri 80 kW Hybrid Inverter – SG02HP3-EU-EM6 — Hybrid inverters
Deye Tri 80 kW Hybrid Inverter – SG02HP3-EU-EM6 by Deye is available in our Hybrid inverters catalog. Technical specifications: inverter power in va: 88000 VA, max.pv input power: 128000 W, phase: Triphasé, number of mppt: 6 MPPT, width: 606 mm, height: 927 mm , thickness: 314 mm, max. load current: 80 + 80 A, inverter type: Hybrid, rated mains frequency: 50/45-55, 60/55-65 HZ , emc: IEC/EN 61000-6-1/2/3/4, IEC/EN 62109-1, IEC/EN 62109-2, type of cooling: Intelligent cooling, standard warranty (years): 5 years, humidity: 0 à 100 %, euro. efficiency: 97,0 %, maximum discharge current: 80 + 80 A, battery type: Lithium-ion batteries, battery voltage range: 160 - 1000 V, operating temperature range: -40 to 60°C, over 45°C Decommissioning, weight: 105 kg, maximum input short-circuit current: 54+54+54+54+54+54 A, communication: RS485 / RS232 / CAN, network connection standards: IEC 61727, IEC 62116,CEI 0-21, EN 50549, NRS 097, RD 140, UNE 217002, OVE-Richtlinie R25, G99,VDE-AR-N 4105, noise: less than or equal to 65 dB, max. pv input voltage: 1000 V, number of mpp trackers / strings per mpp tracker: 6/2+2+2+2+2+2, mppt voltage range: 150-850 V, pv input current: 36+36+36+36+36+36 A, dc injection current: less than 0.5%, charging strategy for li-ion batteries: Self-tuning to BMS, rated pv input voltage: 650 V, rated ac input/output active power: 80000 W, rated ac input/output current: 113.7/108.7 A, ac input/output current: 125/119.6 A, maximum continuous power (from mains to load): 200 A, form of network connection: 3L + N + PE, total harmonic current distortion thdi: less than 3% (of rated power), mppt efficiency: More than 99, monitoring mode: GPRS/WIFI/Bluetooth/4G/LAN (en option), nominal voltage/input/output range: 220/380V, 230/400V 0.85Un-1.1Un, overvoltage protection level: TYPE II(DC),TYPE II(AC). Product weight: 105.0 kg. Reference: SUN-80K-SG02HP3 -EU-EM6.
