Confirm 230/400Vac service
The listed AC connection is L1+L2+L3+N+PE at 50/60Hz.
Check grid and neutral rulesEU series · three-phase residential inverter
ELE TPE48160V300-1000P16kW three-phase output with 32kW dual-MPPT PV input.
Documented for 3L/N/PE 230/400Vac systems with a 48V battery platform, two 36A MPPT channels, generator input and support for one to six parallel units.
EU seriesThree-phase48V battery1-6 parallel
PV input32kWTwo 16kW MPPT channels
PV voltage1000VMaximum DC input voltage
Family visual · confirm image and current document revision for the exact supplied unit
16kWRated AC output
230/400VacThree-phase output
2 × 36AMPPT channels
1-6Parallel units
Selection answer
A documented three-phase path built around a 48V battery bus.
The model fits an EU-style 230/400Vac three-phase branch where 16kW rated output, two high-voltage PV trackers, generator input and parallel expansion are relevant. It should not be selected from output power alone.
Engineer the 48V current path
The brochure lists up to 300A charge and 340A discharge current.
Verify BMS and conductorsSplit PV across two MPPTs
Maximum DC input is listed as 16000W + 16000W with 1000V maximum.
Confirm MPPT current revisionDesign generator and parallel modes
Generator input and one to six parallel units are documented, but the complete architecture must be confirmed.
Use current model documentsDocumented operating paths
PV, battery, grid and generator coordinated across three phases.
The brochure lists AC coupling, independent three-phase CT anti-backflow, generator input and battery-less operation. Final protection, metering, phase loading and control logic require the current manual.
System overviewELE TPE48160V300-1000P
01 / Solar input
Dual PV input
160-1000V input range
2 × 36A MPPT table value
PV → inverter
02 / Energy conversion
Three-phase inverter
ELE TPE48160V300-1000P
32000VA peak for 5s
Family visual · exact unit may vary03 / Energy storage
48V battery
300A max charge
340A max discharge
Battery ↔ inverter
04 / AC connection
Grid / generator
230/400Vac three-phase
10ms typical transfer
AC source connection
Functional overview, not an installation wiring diagram. Follow the model-specific manual for terminal assignments and protection.
Model specification
Published values tied to ELE TPE48160V300-1000P.
Values below are transcribed from the supplied July 2026 neutral brochure. Confirm the current datasheet revision before PV string design, battery engineering, generator integration, parallel planning or installation.
01
DC input / PV
- Maximum DC input power
- 16000W + 16000W
- Maximum DC input voltage
- 1000V
- Start voltage
- 160V
- PV input voltage range
- 160-1000V
- MPPT voltage range
- 160-850V
- MPPT channels
- 2
- Maximum MPPT input current
- 36A + 36A
- Maximum PV charging current
- 300A
- AFCI output voltage / current
- 12Vdc / 1Adc
02
AC input and output
- Per-phase AC input range
- 170-280Vac
- Input frequency range
- 47-55Hz / 57-65Hz
- Maximum per-phase input current
- 60A
- Maximum AC charge current
- 200Adc
- Rated AC output power
- 16000W
- Maximum AC output power
- 16000VA
- Peak power / duration
- 32000VA / 5s
- Rated output voltage
- 3L/N/PE 230/400Vac
- Output frequency
- 50/60Hz
- Power factor
- 1
- Connection
- L1+L2+L3+N+PE
03
Battery parameters
- Rated battery voltage
- 51.2V
- Minimum start voltage
- 44V
- Battery voltage range
- 40-60Vdc
- Battery type
- Lead-acid / lithium
- Maximum charge / discharge
- 300A / 340A
- Charge voltage range
- 40-58.6Vdc
04
Generator input
- Rated input voltage
- 3L/N/PE 230/400Vac
- Input voltage range
- 90-280Vac
- Frequency range
- 40-70Hz
- Maximum charge current
- 200A
- Generator-to-inverter transfer
- 10ms typical
- Overload protection
- 63A circuit breaker
05
Protection and transfer
- Grid overload protection
- Circuit breaker
- Grid breaker rating
- 63A
- AC reverse feed protection
- Yes
- Charge short-circuit protection
- Fuse
- AC output short-circuit protection
- Yes
- Wiring protection
- Yes
- Transfer time
- 10ms typical
- CT anti-backflow
- Independent three-phase CT
06
General data
- Dimensions (W × D × H)
- 720 × 482 × 149mm
- Weight
- 30kg
- Operating temperature
- -10°C to 55°C
- Derating
- Above 45°C
- Storage temperature
- -25°C to 60°C
- Humidity range
- 5%-95%
- Cooling
- Forced air, variable speed
- Protection class / noise
- IP21 / ≤60dB
- Maximum / no-derating altitude
- 4000m / ≤2000m
- Maximum efficiency
- >93.5%
07
Interfaces and scale
- Parallel units
- 1-6
- Phases
- Three-phase
- Communication ports
- USB / RS485 / Wi-Fi
- AC coupling
- Yes
- Dry contact control
- Yes
08
Operating functions
- Battery-less operation
- Yes
- Remote diagnostics / OTA
- Yes
- Special functions
- AFCI + RSD + ISO protection
- Unbalanced load capacity
- 150% brochure-listed
Brochure-listed functions
Three-phase control reaches beyond rated power.
These functions are listed on the supplied model page. Availability, firmware behavior, accessories, protection coordination and configuration should be checked against the current supplied package.
Check project compatibility →Independent three-phase CT anti-backflow
The brochure also lists AC coupling. Confirm CT quantity, orientation, metering arrangement and commissioning method.
32000VA peak and 150% unbalanced load capacity
Both are brochure-listed values. Verify the actual phase load schedule, surge duration and permitted operating conditions.
Generator interface and 10ms transfer
The table lists three-phase generator input, dry-contact control and a typical 10ms generator-to-inverter transfer time.
One to six parallel units
The expansion range is documented; unit grouping, shared battery current, protection and communication layout require engineering review.
AFCI, RSD and ISO protection functions
The special-functions row lists these functions. Confirm hardware, firmware, regional behavior and applicable documentation.
Before specification
High PV voltage and low battery voltage are separate design domains.
The model combines up to 1000V PV input with a 48V battery platform. Every conductor, protective device and interface must be selected for its own voltage and current path.
PV strings
Calculate cold-weather Voc, operating voltage and channel current against both MPPT inputs.
Battery and BMS
Confirm the 40-60Vdc window, 300A/340A current path, protocol, firmware and cable pinout.
Three-phase loads
Document per-phase continuous and surge loads, neutral current and acceptable imbalance.
Generator / parallel design
Confirm source switching, unit count, master logic, protection, CTs, wiring and communications.
Documents
Request the current datasheet, manual and applicable certificate scope for the target market.
Source and certification note
The brochure specification table references CE (IEC 62109-1, -2), IEC 61000 and C2. The same page has an MPPT-current wording conflict: its specification table states 36A + 36A while a feature bullet states 32A per channel. Request the applicable certificate, exact model scope and current technical revision before relying on either compliance or string-design claims.
Model FAQ
Answers tied to ELE TPE48160V300-1000P.
The supplied model page controls the answers below. Project suitability still depends on the complete PV, battery, three-phase, generator and parallel design.
No. It is the maximum PV-side DC input voltage. The battery platform is nominal 48V with a listed 40-60Vdc range.
The table lists 16000W rated output at 3L/N/PE 230/400Vac, with an L1+L2+L3+N+PE connection and 32000VA peak power for 5 seconds.
The quick selection guide and specification table list 36A per channel. A feature bullet says 32A, so request the current model revision before final string design.
The brochure lists one to six units. The actual unit grouping, shared battery, protection, CT, wiring and communication arrangement must follow the current manual.
Send the destination country, model, PV strings, battery, three-phase load schedule, generator requirements, planned unit count and required documents through the inquiry form.
Model-specific inquiry
Define every voltage domain before selecting the model.
Send the country, PV strings, battery model, phase load schedule, generator plan, parallel count, quantity and documents required. The inquiry form will prefill this model number.
Request ELE TPE48160V300-1000P data →