Solar, battery and grid in one box, with one set of priorities · review

Anjfylque 6200 W hybrid, 48 V, 120 A MPPT, 500 V PV maximum review

A 6200 W pure sine hybrid inverter for 48 V lithium banks with a 120 A MPPT controller, a 6500 W PV ceiling, grid feed-in and eight named protections.

By Jean-Benoit Buisson

The bottom line A large hybrid with an unusually complete description of how it behaves without a battery, and eight protections named one by one. Half its input window and all of its efficiency and timing figures are missing.

A 6200 W hybrid for 48 V lithium systems, with grid feed-in.

The flexibility that is described well

The second bullet states that the unit runs with or without batteries, supplying loads directly from PV or the mains. That is genuinely useful: it means the inverter can be installed before the bank, and keeps working while the bank is out.

The protections, counted

Eight, named individually: short circuit, over-current, over-voltage, under-voltage, overload, backfill, and more. Backfill protection is worth noting — it is what prevents current flowing back into the array, and it is rarely named on this shelf.

The half-published window

Maximum PV input 500 V, array ceiling 6500 W. No minimum. No start voltage. The Y&H in this family publishes both ends and a start figure; this one publishes the ceiling alone, which prevents the low end of a string being checked.

The claim to verify before relying on it

BMS compatibility, with no protocol named. A lithium bank that expects to talk to its charger needs a matching protocol, and this listing gives nothing to match against.

What is absent

Transfer time. Efficiency. Both are standard figures on this product class and neither appears.

Availability

German Amazon store quoted about 269 € when this page was compiled.

American, British, French, Italian and Spanish Amazon stores returned nothing at all, so the buy button there runs a search instead of landing on an empty page.

These figures are what Keepa reported on the day this page was last updated. Availability and pricing move without notice.

Prices quoted in this text were read on 16 September 2026. The live price is at the top of the page.

What it gets right, and what it leaves out

Strengths

Operation with or without batteries is described explicitly, including direct supply from PV or the mains
Eight protections are named individually, including backfill protection
Grid feed-in is included alongside off-grid operation

Compromises

No minimum PV voltage or start voltage, so only half the input window is published
BMS compatibility is claimed with no protocol named, which makes it uncheckable
No transfer time and no efficiency

Specifications

Continuous and surge output	6200 W, first bullet; no surge figure is published
MPPT range	Maximum PV input voltage 500 V with a 6500 W array ceiling, first bullet; no minimum or start voltage is published
Current	120 A MPPT solar charger, first bullet
Supported battery voltages	48 V lithium, from the title; operation without batteries from PV or the mains is described in the second bullet
Transfer time	Nowhere in the listing
Protocols	BMS compatibility is named in the third bullet; no protocol is identified
Published efficiency	Nowhere in the listing
Amazon reference	B0H3L1V99C (same reference on 1 Amazon marketplace)
EAN	0768530573189

Questions owners ask about this one

What does running without batteries actually mean?

That the unit will supply loads directly from the PV array or the mains when no battery is connected or the battery is isolated. That matters during commissioning, during a battery replacement, and for anyone building the system in stages.

Is “BMS compatible” a useful claim?

Not without a protocol. Lithium packs communicate over defined buses, and an inverter that names none cannot be checked against a particular battery. It is a claim that requires a call to the maker before a purchase depends on it.