01
EU series
230Vac
3 models · 3.6 / 6.2 / 12kW- 24V and 48V battery platforms
- 500V maximum PV open-circuit voltage
- Selected 48V models list 1–6 parallel
Residential single-phase range
Single-phase hybrid inverters for the actual AC service.
Seven documented 3.6–12kW models cover EU 230Vac and US 120Vac single-phase applications. Start with the grid format, then match battery voltage, PV design, current and parallel requirements.
1Φsingle phase
EU family230Vac3 documented models
US family120Vac4 documented models
Battery side24 / 48Vnominal platforms
Representative family visual · exact image-to-model mapping pending
7documented models
3.6–12kWrated output range
24 / 48Vbattery platforms
1–2MPPT channels
First selection gate
230Vac and 120Vac are different product branches.
“Single phase” describes the phase format, not a universal AC voltage. Match the documented market family to the real electrical service before comparing power.
02
US series
120Vac
4 models · 3.6 / 6.2 / 6.5kW- 24V and 48V battery platforms
- 300V or 500V maximum PV open-circuit voltage
- Three listed 48V models show 1–6 parallel
Important boundary
A US 120/240Vac residential service may require a split-phase inverter rather than a 120Vac single-phase model. Do not infer interchangeability from wattage or the word “single-phase.”
View split-phase series →Documented model range
Compare within the correct market.
Select up to three models for a side-by-side specification view. Values come from the supplied July 2026 neutral brochure quick-selection tables.
Family visual · EU
24V battery · no parallel
ELE SPI2436V120-500
3.6kW
rated output
rated output
- PV input
- 6kW
- PV Voc max
- 500V
- MPPT
- 1 × 27A
- Charge
- 120A
Family visual · EU
48V battery · parallel
ELE SPI4862V100-500P
6.2kW
rated output
rated output
- PV input
- 6.5kW
- PV Voc max
- 500V
- MPPT
- 1 × 27A
- Charge
- 100A
Family visual · EU
48V battery · parallel
ELE SPI48120V150-500P
12kW
rated output
rated output
- PV input
- 18kW
- PV Voc max
- 500V
- MPPT
- 2 × 27A
- Charge
- 150A
Family visual · US
24V battery · no parallel
ELE SPI2436M120-500
3.6kW
rated output
rated output
- PV input
- 6kW
- PV Voc max
- 500V
- MPPT
- 1 × 27A
- Charge
- 120A
Family visual · US
48V battery · parallel
ELE SPI4836M80-300P
3.6kW
rated output
rated output
- PV input
- 6kW
- PV Voc max
- 300V
- MPPT
- 1 × 27A
- Charge
- 80A
Family visual · US
48V battery · parallel
ELE SPI4862M120-500P
6.2kW
rated output
rated output
- PV input
- 9kW
- PV Voc max
- 500V
- MPPT
- 1 × 27A
- Charge
- 120A
Family visual · US
48V battery · parallel
ELE SPI4865M150-300P
6.5kW
rated output
rated output
- PV input
- 9kW
- PV Voc max
- 300V
- MPPT
- 2 × 22A
- PV charge
- 150A
PV Voc is a maximum open-circuit-voltage limit, not a target operating voltage. Confirm the complete datasheet, cold-weather string Voc and local electrical rules before design.
Battery platform
24V is a compact branch. 48V carries the wider range.
Nominal battery voltage is only the first check. Current limits, voltage window, CAN/RS485 implementation, firmware and protection must also match.
One EU and one US model. Both list 120A battery charging, one MPPT channel and no parallel operation.
- ELE SPI2436V120-500
- ELE SPI2436M120-500
3.6–12kW across the documented EU and US single-phase families, with selected models listing 1–6 parallel.
- 80–150A battery charging
- 1–2 MPPT channels
Selection rule
Do not “step up” by voltage label alone.
Ask for the battery model, operating voltage window, continuous and peak current, BMS interface, protocol version, series/parallel configuration and protection design.
Open compatibility guide →Single-phase application
One inverter, four system interfaces.
The inverter coordinates solar production, the battery, the grid and selected household loads. Each interface has a separate electrical boundary; a correct AC phase does not prove the DC design is correct.
- 01Match the AC serviceEU 230Vac or US 120Vac documented family
- 02Design the PV stringsRespect MPPT current and cold-weather Voc
- 03Verify the batteryVoltage, current, interface, protocol and firmware
- 04Define backup loadsPower, surge, transfer behavior and protection
Hybridinverter
☀PV arrayDC input
⌁Utility gridAC service
▰Battery24V / 48V
⌂Home loadsselected circuits
Selection matrix
Seven models, compared without mixing phase formats.
Use the market tabs and interactive comparison above for a short list. This matrix keeps the full single-phase range visible for engineering review.
| Market / AC | Model | Output | Battery | PV input | PV Voc max | MPPT | Charge | Parallel |
|---|---|---|---|---|---|---|---|---|
| EU · 230Vac | ELE SPI2436V120-500 | 3.6kW | 24V | 6kW | 500V | 1 × 27A | 120A | No |
| EU · 230Vac | ELE SPI4862V100-500P | 6.2kW | 48V | 6.5kW | 500V | 1 × 27A | 100A | 1–6 |
| EU · 230Vac | ELE SPI48120V150-500P | 12kW | 48V | 18kW | 500V | 2 × 27A | 150A | 1–6 |
| US · 120Vac | ELE SPI2436M120-500 | 3.6kW | 24V | 6kW | 500V | 1 × 27A | 120A | No |
| US · 120Vac | ELE SPI4836M80-300P | 3.6kW | 48V | 6kW | 300V | 1 × 27A | 80A | 1–6 |
| US · 120Vac | ELE SPI4862M120-500P | 6.2kW | 48V | 9kW | 500V | 1 × 27A | 120A | 1–6 |
| US · 120Vac | ELE SPI4865M150-300P | 6.5kW | 48V | 9kW | 300V | 2 × 22A | 150A | 1–6 |
Source: Household Series Product — Neutral Version — 260721, quick selection guide pages 4 and 10. Certification scope and exact product-image mapping require separate verification.
Backup boundary
Size critical loads before promising backup.
Rated inverter power is not the complete backup answer. Motor starting, simultaneous loads, battery discharge current, reserve energy, transfer behavior and protective devices all affect the result.
Request a system check →Continuous load
Total the circuits that must remain powered, not the entire nameplate service.
Starting and surge
Identify pumps, compressors and motors separately from resistive loads.
Battery power
Confirm the battery and BMS can deliver the required DC current.
Transfer requirement
Request the exact model datasheet for transfer performance before specifying sensitive loads.
Single-phase FAQ
Check the service, then the system.
These answers define the current documented scope. Exact model data and local electrical requirements remain controlling.
It combines PV conversion, battery charging and discharging, grid interaction and backup-load supply for a documented single-phase AC service. Exact AC voltage, battery platform and limits remain model-specific.
Do not select by power alone. The inverter must match the actual service voltage, frequency, wiring arrangement and local interconnection requirements. The guide lists separate EU 230Vac and US 120Vac single-phase families.
The documented 24V models are both 3.6kW. The 48V family covers more output, PV and parallel options. Final selection also depends on the battery voltage window, current capability, protocol and protection.
In the supplied selection guide, the listed P models show 1–6 parallel capability. Parallel design still requires confirmation of firmware, battery current, communications, protection and approved architecture.
This page does not publish a transfer-time claim because the quick selection guide does not establish one for every listed model. Request the exact model datasheet before specifying sensitive loads.
Technical inquiry
Send the service and load data first.
Include country, AC service, backup-load list, largest surge load, PV string plan, battery model and required parallel capacity.
Prepare an inquiry →