Deye SUN-10K-SG01HP3-EU-AM2
Better efficiency through a high-voltage battery: 10.000 W three-phase, batteries 160-700 V, panels up to 16.000 W and strings of up to 1000 V.
Three-phase 30 kW inverter for halls and company buildings: 8 panel strings tracked separately, 98.7% maximum efficiency and sealed IP66 enclosure.
This device converts the current produced by the panels into alternating current, the one used by the machines, pumps and installations in a building, and delivers it on three phases. It is sized for company roofs, not for an ordinary house. It has eight separate inputs for the panel strings, which means that each group is tracked individually: if a string drops or fails, it is seen immediately in the app, without the need to search on the roof.
With 30.000 W of active power and 33.000 VA of apparent power, it supplies the daytime consumption of a workshop, a hall or a farm, reducing the bill during working hours. The 4 MPPT trackers and 8 strings allow the panels to be split over several roof slopes or over different orientations. The maximum efficiency of 98,7% means that the conversion losses are below 1,5%. The device weighs 43 kg and measures 640 x 530 x 270 mm, has IP66 protection and works between -25 and +60 degrees C, so it is wall-mounted, including outdoors. Maintenance comes down to the periodic checking of the connections and to keeping the cooling area clear.
Rated output current 43,3 A, maximum 47,9 A at 400 Vac; output voltage 230 / 400 / 480 Vac, 3W/N+PE, 50/60 Hz. DC: 1.100 V maximum voltage, 4 MPPT / 8 inputs, 27 A per MPPT (20 A per input), MPPT range 200-1.000 V, start-up voltage 200 V; weighted European efficiency 98,4%. Transformerless topology, intelligent air cooling, integrated AFCI, PID recovery, type II surge arresters on DC and AC, insulation resistance detection and I-V curve diagnosis. RS485 and MBUS communication, WLAN/Ethernet or 4G through Smart Dongle, FusionSolar integration; connection according to EN 50549-1 and C10/11.
Suitable for a hall, a warehouse or a farm with high consumption during the day and a roof that allows the installation of a field of approximately 30 kWp over several orientations.
| Rated active AC power | 30.000 W |
|---|---|
| Maximum apparent AC power | 33.000 VA |
| Maximum DC input voltage | 1.100 V |
| Number of MPPT / DC inputs | 4 MPPT / 8 stringuri |
| MPPT voltage range | 200-1.000 V |
| Maximum current per MPPT / per input | 27 A / 20 A |
| Start-up voltage | 200 V |
| Rated / maximum AC output current | 43,3 A / 47,9 A |
| AC output voltage | 230 / 400 / 480 Vac, 3W/N+PE |
| Grid frequency | 50 / 60 Hz |
| Maximum / European efficiency | 98,7% / 98,4% |
| Protection / cooling | IP66 / racire inteligenta cu aer |
| Dimensions / weight | 640 x 530 x 270 mm / 43 kg |
| Communication | RS485, MBUS; WLAN/FE sau 4G prin Smart Dongle |
Standard manufacturer warranty 5 years, with the possibility of extension
Specifications confirmed from the manufacturer's datasheet
Huawei SUN2000-30KTL-M3 is a three-phase on-grid 30 kW string inverter of the M3 family, dedicated to commercial and industrial rooftop applications. The rated active power is 30.000 W, and the maximum apparent power 33.000 VA. The rated output current is 43,3 A, and the maximum one 47,9 A at 400 Vac; the output voltage is 230 Vac / 400 Vac / 480 Vac, 3W/N+PE, at 50/60 Hz.
The DC side accepts a maximum voltage of 1.100 V and has 4 MPPT trackers with 8 string inputs, with 27 A maximum current per MPPT (20 A per input), MPPT operating range 200-1.000 V and start-up voltage 200 V. The maximum efficiency reaches 98,7%, and the weighted European efficiency 98,4%, with 8 individually monitored strings for the rapid detection of faults.
The construction is transformerless, with an IP66 enclosure and intelligent air cooling, dimensions 640 x 530 x 270 mm and 43 kg, operating range -25...+60 C. It includes integrated AFCI, PID recovery, type II surge arresters on DC and AC, insulation resistance detection and intelligent I-V curve diagnosis. RS485 and MBUS communication, with WLAN/Ethernet or 4G through Smart Dongle and integration in the FusionSolar platform. Connection according to EN 50549-1 and C10/11.