Maximum open-circuit voltage
A ceiling for array Voc—not a normal target and not the MPPT operating value.
Documented EU three-phase range
Three-phase hybrid power, without stretching the data.
The current supplied guide confirms one EU three-phase model: ELE TPE48160V300-1000P. This page explains its published selection values and the engineering checks required around them.
Family visualL1Phase A0° reference
L2Phase B120° offset
L3Phase C240° offset
Concept visual · confirm exact output and wiring from model documentation
16kWrated output
48Vnominal battery
32kWmaximum PV input
1–6parallel capability listed
Three-phase principle
Three conductors share one rotating power system.
In a typical balanced three-phase system, the phase waveforms are separated by 120 electrical degrees. The load schedule, phase-to-phase and phase-to-neutral requirements still have to match the exact inverter and site.
- 01Match the serviceCountry, nominal voltage, frequency, neutral and grounding
- 02List loads by phaseContinuous power, surge and single-phase branches
- 03Confirm imbalance limitsNever infer them from total 16kW output
L1 · 0°L2 · 120°L3 · 240°
Current documented model
One confirmed model is better than a padded range.
The neutral guide currently supports this EU model only. No 18kW, 30kW or high-voltage-battery variant is inferred from adjacent products.
EU · three phase · family visualExact image-to-model mapping pending confirmation
Exact image-to-model mapping pending confirmationTPE series · 48V battery
ELE TPE48160V300-1000P
16kW
rated output
rated output
- Maximum PV input
- 32kW
- Maximum PV open-circuit voltage
- 1000V
- MPPT channels / current
- 2 × 36A
- Battery charging current
- 300A
- Parallel capability
- 1–6 units
Source boundary
Selection values: Household Series Product — Neutral Version — 260721, EU quick selection guide page 4. Certification scope, exact interfaces and model-image mapping require separate verification.
Voltage-domain check
1000V PV input does not mean a high-voltage battery.
This model connects two separate DC domains. Treating the PV maximum as the battery voltage would be a fundamental specification error.
DC conversion≠separate voltage domains
Nominal battery platform
Compatibility still depends on its full operating window, current, BMS and protection.
Calculate maximum string Voc at the lowest design temperature.
Check both documented 36A channels independently.
Verify the bank and BMS against the 300A charging value and discharge design.
Coordinate disconnects, breakers or fuses, conductors and grounding.
Load-side engineering
Balance is a load-schedule question.
The 16kW total does not reveal how much uneven phase loading is permitted. Map every load to L1, L2 or L3 and request the exact model limit before promising backup performance.
Send a phase load schedule →Three-phase load reviewΣ
Illustrative bars only · not a permitted imbalance specification
Published mode flags
Three modes are marked in the selection guide.
The quick table marks this model for on-grid, off-grid and battery-less operation. Detailed behavior, switching and limitations must still be verified from exact documentation.
On-grid
Confirm grid settings, anti-export design, protection and target-market requirements.
Selection table: supportedOff-grid
Size continuous load, three-phase motor surge, battery power and reserve energy.
Selection table: supportedBattery-less
Request exact operating constraints before designing a system without a battery.
Selection table: supportedParallel boundary
“1–6” is a capability flag, not a finished design.
Adding inverters multiplies more than nameplate power. It also changes DC current, communications, conductor and busbar sizing, protection, fault levels, layout and commissioning requirements.
01
02
03
04
05
06
Confirm before design: approved topology · firmware · communications · total battery current · AC protection · cable and busbar sizing
Publication status
EU confirmed. US held for written verification.
EU seriesDocumented
ELE TPE48160V300-1000P
The model and selection values are consistent enough in the supplied guide to support this category page.
Included on this websiteUS seriesOn hold
ELE TPE48160M…
The selection table and detail page conflict on the model/current designation. Publishing a product page now would turn an unresolved source conflict into a public claim.
Excluded pending manufacturer confirmationThree-phase FAQ
Keep every answer tied to the model.
These answers reflect the current supplied material. The exact datasheet, project design and local electrical requirements remain controlling.
The EU guide documents ELE TPE48160V300-1000P: 16kW output, 48V nominal battery, 300A battery charging, 32kW PV input, 1000V PV Voc maximum, two 36A MPPT channels and 1–6 parallel capability.
No. It is the maximum PV open-circuit voltage. The battery platform is nominal 48V. PV and battery are separate DC domains.
It is the capability stated in the guide, not a complete approval. Confirm firmware, communications, battery current, protection, cabling and the manufacturer-approved architecture for the project.
Not currently. The supplied US selection table and detail page use conflicting model and current designations. That record remains excluded until written confirmation resolves the discrepancy.
This page does not publish an unbalance limit because it is not established by the selection data used here. Submit the load schedule and request the exact datasheet before specifying uneven or single-phase backup loads.
Three-phase inquiry
Send the electrical architecture, not just “16kW.”
Include country, grid voltage and frequency, neutral arrangement, loads by phase, largest motor, PV string design, battery model and parallel target.
Prepare an inquiry →