HE200-6500-T — 5500 W Hybrid Inverter, 24 V
One line: The first step up to dual AC output. 5500 W from a 24 V battery, 9000 W of PV input, with main and secondary outputs for load-priority management.
Specifications
| Category | Item | Value |
|---|---|---|
| Inverter output | Maximum output power | 5500 W |
| Maximum output voltage | 240 Vac ±5% (single phase) | |
| Maximum output current | 23.9 A | |
| Output frequency | 50/60 Hz | |
| Output waveform | Pure sine wave | |
| Output topology | L1+N1+L2+N2+PE (dual output) | |
| Battery | Battery type | Lead-acid / lithium |
| Rated battery voltage | 24 Vdc | |
| Max combined PV charge current | 160 A | |
| Charging modes | Two-stage / three-stage / automatic | |
| PV input | MPPT strings | 1 |
| Maximum input power | 9000 W (4 kW charging + 5 kW inverting) | |
| Maximum open-circuit voltage | 500 Vdc | |
| Maximum short-circuit current | 27 A | |
| Working voltage range | 60–450 Vdc | |
| Max PV charge efficiency | 99.5% | |
| Grid / generator input | Input voltage range | 90–280 Vac |
| Rated input voltage | 220 Vac | |
| Input frequency | 50/60 Hz | |
| Maximum current | 40 A | |
| General | Dimensions | 397 × 332 × 118 mm |
| Net weight | 8.6 kg | |
| Gross weight | 9.7 kg | |
| Protection rating | IP21 | |
| Operating temperature | −10 to 50 °C | |
| Cooling | Smart fan cooling | |
| Humidity | 5–95% |
An IP54 variant, HE200-6500-T-I5, offers the same electrical specification in a sealed enclosure at 11.7 kg — 523 × 360 × 123 mm, with an extended operating range to 60 °C.
Dual AC output — why it matters
From this model upward, the HE200 hybrid line uses an L1+N1+L2+N2+PE topology. That means two separate AC outputs:
- Main output — critical loads (lighting, fridge, communications, medical equipment).
- Secondary output — non-critical loads (workshop circuits, water heating, air conditioning).
When battery charge falls low, the unit drops the secondary output to protect runtime on the main output. The critical circuits keep running; the non-critical ones suspend. No manual intervention, no separate transfer switch.
For backup projects where the whole point is that essential circuits survive, this is the feature that justifies choosing the 6500-T over a similar-output single-output unit.
Sizing context
9000 W of PV input against a 5500 W output is generous — the array serves the load and charges the battery comfortably. Practical panel wiring uses 540–700 W panels at 45–55 V open-circuit, strung 4–8 in series.
Battery current check: at 5500 W and 24 V, the battery draws roughly 230 A. Plan for 35–50 mm² battery cable and a 150–250 A breaker. If the cable run is long or the cable size becomes a problem, a 48 V model halves the current for the same power — see HE200-7200-F.
Charge current setting
The maximum combined charge current is 160 A, but that is a ceiling, not a target. Set the parameter to respect the battery:
- Lead-acid: no more than 0.2C. A 24 V 200 Ah bank → 40 A.
- Lithium: no more than 0.5C. A 24 V 200 Ah bank → 100 A.
Setting the charge current too high is one of the most common causes of short battery life. Details are in the installation guide.
Connections, monitoring and accessories
Terminal layout, system wiring, monitoring options and the accessories supplied with the unit.
Certification coverage
| Certification | Status |
|---|---|
| CE (LVD + EMC) — M.2025.206.C116069 | Covered |
| FCC SDoC — CKEYS251013025 | Covered (series) |
| RoHS 2.0 — CKEYS251013024 | Covered (series) |
| GB 4943.1-2022 — RKEYS250917157 | Covered (series) |
The IP54 variant HE200-6500-T-I5 is not listed in the UDEM CE certificate. Confirm before quoting CE for that variant. Full detail on the certifications page.
Related models
- IP54 version: HE200-6500-T-I5
- 48 V equivalent: HE200-7200-F
- Parallel version: HE200-6500-FP — 49.5 kW across 9 units
- Hybrid inverter range