EPC Export Management
TMG APLV and APHV platforms support LAN high-speed anti-backflow control in compatible configurations. The project result depends on correct PCC measurement, controller compatibility, network design, response behavior and utility acceptance.
Supported families
APLV and APHV
Control path
PCC measurement · LAN communication · inverter response
Project gate
Single-line and fail-safe review before quotation
Qualification boundary
“Zero export” is a control objective, not a guarantee of absolute zero energy in every transient. The network operator defines the accepted limit, response and evidence.
An app power limit on one inverter is not the same as a site export-management scheme.
| Decision | Starting point | Confirm before release |
|---|---|---|
| Measurement | Meter or CT at the defined point of common coupling | Location, direction, phases, accuracy, import/export sign and sampling |
| Communications | Compatible LAN control path | Topology, latency, addressing, cable/network resilience and ownership |
| Inverter response | Controlled APLV or APHV fleet | Model/firmware, aggregate power, ramp behavior and minimum stable output |
| Failure state | Documented response to meter, controller or network loss | Utility rule, safe fallback, alarms and recovery procedure |
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 →
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
Record the permitted value, measurement point, network operator and required evidence.
Freeze meter, controller, network, inverter models, firmware and phase allocation.
Verify direction, response, communications-loss behavior, alarms and recovery under an approved test plan.
Buyer questions
No. Site anti-backflow requires measurement at the agreed connection point and a coordinated closed control loop accepted for the project.
Both families list LAN high-speed anti-backflow support, but the exact controller, model, firmware and system architecture must be confirmed.
Provide the single-line diagram, PCC, phase arrangement, permitted export, existing generation/storage, proposed inverter schedule and communications constraints.
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.
âś“
We will review the project inputs and reply by email.