Module Manufacturer Support
APHV provides two independent high-voltage PV inputs for modules whose voltage and current architecture differs from conventional low-voltage crystalline products. Compatibility must still be proven from the exact module datasheet and operating extremes.
PV operating window
80–230 V DC
Independent inputs
2 per APHV unit
Current range by model
2 × 9 A to 2 × 13 A maximum input
Qualification boundary
“Perovskite” or “thin film” is not a compatibility approval. Final selection requires Voc, Vmp, Isc, Imp, temperature coefficients, connector details and the intended grid profile.
The first review checks the full module envelope at the temperatures and irradiance conditions expected in the intended product.
| Decision | Starting point | Confirm before release |
|---|---|---|
| Voltage window | APHV working range 80–230 V; starting voltage above 80 V | Cold-corrected Voc and operating Vmp remain inside the documented limits |
| Input current | APHV-700/800/1000: 2 × 9/10/13 A maximum input | Imp and Isc against the exact model and required design margin |
| Power pairing | 2 × 435 W, 2 × 500 W or 2 × 625 W maximum input by model | Expected irradiance, clipping target and thermal environment |
| Mechanical interface | 230 × 200 × 42 mm APHV enclosure | Mounting, cable routing, connector family, ventilation and service access |
Relevant platforms
High-voltage grid-tied microinverter
The APHV series is designed for high-voltage, low-current PV architectures using crystalline silicon, perovskite and other thin-film modules. Two independent PV inputs, 80–230 V operation and intelligent anti-backflow control create a compact 700–1,000 W grid-tied platform.
Technical data and models →Review output
Include temperature coefficients, connector specification and expected module operating environment.
Check voltage, current, power, startup and thermal boundaries for each independent input.
Capture startup, MPPT behavior, conversion, thermal state, monitoring and controlled grid-profile evidence.
Buyer questions
No. Cell technology alone does not determine compatibility. The exact electrical envelope, connectors, insulation design and intended grid configuration must be reviewed.
The APHV platform has two independent PV inputs, but the proposed module allocation and operating envelope should be reviewed for the actual layout.
Yes. Start by sharing the controlled module datasheet, prototype quantity, test objectives, target market and required mechanical interface.
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.