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HE300-12000-F — 11000 W Hybrid Inverter, Dual MPPT

One line: The HE300 line's flagship single unit — 11000 W, dual MPPT, cold-start capability, and the main test article for the newest GB 4943.1 safety report.
HE300-12000-F front view showing the LCD panel and the HE300 series identifier
HE300-12000-F — 12,000 W class, the model carried through our shipping and installation documentation.

Specifications

CategoryItemValue
Inverter outputMaximum output power11000 W
Maximum output voltage240 Vac ±5% (single phase)
Maximum output current50 A
Output frequency50/60 Hz ±0.1%
Output waveformPure sine wave
Output topologyL1+N1+L2+N2+PE
BatteryBattery typeLead-acid / lithium
Rated battery voltage48 Vdc
Max combined PV charge current150 A
PV inputMPPT strings2
Maximum input power2 × 7500 W
Maximum open-circuit voltage500 Vdc
Maximum short-circuit current2 × 27 A
Working voltage range90–450 Vdc
Max conversion efficiency98%
Grid / generator inputInput voltage range90–280 Vac ±3 V (APL) / 170–280 Vac ±3 V (UPS)
Rated input voltage230 Vac
Input frequency50/60 Hz
GeneralDimensions550 × 466 × 144 mm
Net weight21 kg
Gross weight24 kg
Protection ratingIP21
Operating temperature−10 to 50 °C
CoolingSmart fan cooling
Humidity20–95%
An IP54 variant, HE300-12000-F-I5, carries the same electrical specification in a sealed enclosure at 22.9 kg — 600 × 505 × 145 mm.

Features

Front three-quarter view of the HE300-12000-F
Front three-quarter view.
Side view of the HE300-12000-F showing the ventilation grille
Side view — ventilation and chassis depth.

Sizing context

15 kW of PV input against 11 kW output, with two independent MPPT strings. For sites with two roof orientations or partial shading, the dual MPPT is the deciding feature — each array tracks its own maximum power point.

Battery current at full load is around 230 A at 48 V, so plan battery cable and breaker rating accordingly. Respect the charge-rate limit: 0.2C for lead-acid, 0.5C for lithium. Max combined PV charge current is 150 A.

Cold start matters in practice: after a long outage the unit can restart from PV and battery without waiting for the grid to return.

Connections, monitoring and accessories

Terminal layout, system wiring, monitoring options and the accessories supplied with the unit.

Product operation diagram for the HE300-12000-F: PV array, grid, battery bank, loads and communication on one diagram
System layout — PV array, grid input, battery bank, backed-up loads and monitoring on one diagram.
Pure sine wave output waveform diagram for the HE300-12000-F
Output waveform — a pure sine wave, matching the grid waveform rather than a stepped approximation.
Close-up of the battery terminals on the HE300-12000-F, with the BAT+ and BAT- positions circled
Battery terminal detail — BAT+ and BAT- positions on the terminal row.

Certification coverage

CertificationStatus
CE (EMC) — CKEYS251201016Covered
FCC SDoCNot held for this model
RoHS 2.0Not held for this model
GB 4943.1-2022 — BDL260706S002Covered — main test article

The GB 4943.1-2022 report BDL260706S002 takes this model as its main test article, and declares a series covering 25 models including the HE300-4200-T, HE300-7200-F and HE310-5000-F. That report is usable evidence in tenders and supply-chain due diligence.

The CE file covers the EMC directive; it is not an LVD+EMC certificate. Full detail on the certifications page.

Typical applications

Related models

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