EU · family visual
Single-phase · 24V battery
ELE SPI2436V120-500
3.6kW
rated output
rated output
- PV input
- 6kW
- MPPT
- 1 × 27A
- Parallel
- No
Residential hybrid inverter platform
Control every flow of home energy.
Documented 3.6–16kW hybrid inverter models for solar, low-voltage batteries and backup power—organized for EU and US electrical systems.
3.6–16kW documented range
EU / USelectrical platforms
1–3phase configurations
Featured platform 48V hybrid series
PV inputMPPT conversion
24 / 48Vbattery platform
10mstypical transfer*
*Documented models; configuration varies by model.
SolarBatteryGridBackup
Product range
One platform. Multiple grid realities.
Start with the electrical system, then compare output power, battery voltage, PV input and parallel capability. Every value below comes from the current product brochure.
EU · family visual
Single-phase · 48V battery
ELE SPI4862V100-500P
6.2kW
rated output
rated output
- PV input
- 6.5kW
- MPPT
- 1 × 27A
- Parallel
- 1–6
EU · family visual
Single-phase · 48V battery
ELE SPI48120V150-500P
12kW
rated output
rated output
- PV input
- 18kW
- MPPT
- 2 × 27A
- Parallel
- 1–6
EU · family visual
Three-phase · 48V battery
ELE TPE48160V300-1000P
16kW
rated output
rated output
- PV input
- 32kW
- MPPT
- 2 × 36A
- Parallel
- 1–6
US · family visual
Single-phase · 24V battery
ELE SPI2436M120-500
3.6kW
rated output
rated output
- PV input
- 6kW
- MPPT
- 1 × 27A
- Parallel
- No
US · family visual
Single-phase · 48V battery
ELE SPI4862M120-500P
6.2kW
rated output
rated output
- PV input
- 9kW
- MPPT
- 1 × 27A
- Parallel
- 1–6
US · family visual
Split-phase · 48V battery
ELE GES48120M250-500XP-PLUS
12kW
rated output
rated output
- PV input
- 24kW
- MPPT
- 2 × 32A
- Parallel
- 1–6
US · family visual
Split-phase · 48V battery
ELE GES48160M300-500XP-PLUS
16kW
rated output
rated output
- PV input
- 24kW
- MPPT
- 2 × 36A
- Parallel
- 1–6
Product values are presented from the July 2026 neutral residential inverter brochure. Product images are family visuals until exact image-to-model mapping is confirmed. Final configuration and documentation must be confirmed by model before ordering.
System architecture
Four energy paths.
One control point.
A hybrid inverter coordinates PV generation, battery charging, grid interaction and backup loads. Model-level limits determine how much power can move along each path.
- 01PV conversionUp to two documented MPPT channels
- 02Battery control24V or 48V low-voltage platforms
- 03Backup continuity10ms typical transfer on documented models
- 04System communicationRS485, Wi-Fi, USB and selected CAN interfaces
☀Solar PVDC generation
⌁Utility gridAC connection
⌂Home loadsCritical circuits
▥Battery24 / 48V platform
Hybridinverter
Applications
Designed around the way energy is actually used.
Choose the operating objective before the model: self-consumption, backup continuity, off-grid supply or time-of-use management. Explore all applications
01
Solar self-consumption
Use daytime PV to serve household loads and charge a compatible battery before drawing from the grid.
↯
02
Backup power
Transfer critical loads when the grid is interrupted, within the selected model’s output and surge limits.
⌁
03
Off-grid homes
Coordinate PV, battery and supported generator control where utility supply is unavailable or unstable.
◴
04
Time-of-use control
Schedule charging and discharging around tariff periods when the selected model and local rules permit.
Technical resources
Select with evidence, not assumptions.
Check the exact model, grid standard, battery window, MPPT range, interfaces and installation conditions before specifying an inverter.
Explore selection resources →Selection guide
EU & US residential hybrid inverter brochure
Neutral version · 23 pages · July 2026Compatibility guide
Battery voltage and communication checklist
Check voltage, current, protocol and firmwareOn request
Model-specific datasheet package
Request the applicable revision before specificationZhengzhou ELECNO
A clearer path from model selection to system integration.
This site is being built as the dedicated inverter and compatibility resource of Zhengzhou Elecno Intelligent Technology Co., Ltd. Its role is to make product limits, interfaces and application decisions easier to verify.
01Model-first data
02Traceable documents
03Clear integration boundaries
Technical FAQ
Start with the right question.
Answers below describe the current documented range. Final selection still depends on the exact model and local electrical requirements.
The current residential brochure documents models from 3.6kW to 16kW. It does not document an 18kW model, so an 18kW page will not be published until a matching specification is available.
No. The documented models use 24V or 48V battery platforms. PV input may reach a higher voltage on selected models, but PV voltage must not be confused with battery voltage.
USB, RS485 and Wi-Fi are listed across documented models, while CAN appears on selected US split-phase models. Compatibility must be confirmed by exact inverter model, battery and protocol version.
Selected models support one to six units in parallel. Entry models and some configurations do not. The model datasheet and installation design must be checked before planning a parallel system.
You can request the applicable documentation for a specific model and target market. Website claims and marks will only be published after the corresponding certificate scope and revision have been verified.
Model selection support
Tell us the system.
We’ll identify the data you need.
Share the target country, grid phase, required output, PV array and battery voltage. We use your project details to review the model and reply to your inquiry.
- Target market and grid voltage
- Single, split or three-phase
- PV input and battery platform
- Backup loads and generator requirement