Hybrid System Integrators
APLV combines grid-tied conversion, an independent off-grid output, PV battery charging and scheduled AC reverse charging. A safe quotation still requires the battery interface, load profile, protection and operating sequence to be defined by the project team.
Rated output family
400–4,000 W
PV MPPT window
16–60 V DC
Off-grid operating input
24–60 V DC
Qualification boundary
This page does not approve a battery model or promise whole-home backup. Battery voltage, BMS behavior, protective devices, transfer arrangement and surge loads require project-specific engineering.
A hybrid configuration is approved by interfaces and operating states, not by matching two products with similar nominal voltage labels.
| Decision | Starting point | Confirm before release |
|---|---|---|
| PV input | APLV model selected from module count and power | Cold Voc, Vmp, current, clipping and input allocation |
| Battery interface | Low-voltage APLV architecture | Battery range, BMS/control interface, current limits, protection and approved cable |
| Backup load | Independent off-grid output capability | Continuous watts, surge, starting sequence, neutral/earthing and critical-load panel |
| Grid operation | 230 V platform with anti-backflow support | Local grid profile, export rule, metering and fail-safe response |
Relevant platforms
Low-voltage hybrid microinverter
The APLV series combines grid-tied output, independent off-grid output, PV battery charging and scheduled AC reverse charging. Its DAB dual full-bridge topology, full isolation and 16–60 V MPPT range support flexible residential, balcony and distributed energy designs from 400 W to 4,000 W.
Technical data and models →Review output
State what must happen with grid present, grid lost, low battery, full battery and communications lost.
Review PV, battery and load data against the exact APLV model and external protection design.
Test transition behavior, charge paths, alarms, load surge and recovery within an approved procedure.
Buyer questions
No blanket compatibility is stated. The exact battery operating range, current, BMS behavior, protection and cable interface must be reviewed.
Backup scope depends on the selected model and the measured continuous and surge loads. A qualified designer should define a critical-load circuit and operating sequence.
Send the PV module datasheet, battery datasheet, load schedule with surge values, grid details, desired operating modes and target market.
Project RFQ
The form is routed to sales@tmgteck.com. We will use your module, market and quantity data to prepare a preliminary configuration review.
✓
We will review the project inputs and reply by email.