AOV Smart AI Cameras Explained: What Always-On Video Means for Wholesale Buyers

What an AOV smart AI camera actually is

An AOV smart AI camera is a camera that records Always-On Video — a continuous 24/7 stream — while drawing little enough standby power to run on a battery and a small solar panel, with no grid connection and no WiFi. It achieves this by putting on-device AI scene analysis in front of the recording pipeline: the sensor stays live and the AI decides what deserves full-rate encoding, instead of the sensor sleeping until a PIR (passive infrared) detector fires. The practical difference is that an AOV camera has no blind gap between an event starting and the recording starting, because the recording never stopped.

One thing to be clear about before you evaluate quotes: AOV is an industry-generic term, not a trademark. Every serious ODM in Shenzhen builds AOV models and the acronym means the same thing on every datasheet. If a supplier presents AOV as a proprietary feature and prices it as one, you are paying for vocabulary. What varies between suppliers is not the concept but the energy budget behind it — battery capacity, panel wattage, and how honestly the runtime is stated.

For context on what this looks like as a purchasable product line: the SolaGuard catalogue runs to 150 SKUs, of which 49 are AOV models, with wholesale prices quoted per order. All 49 are 2K, all are IP66, all take microSD up to 128GB, and they split across two power classes — 8000mAh with an 8W panel, or 20000mAh with a 15W panel.

Why AOV exists: the failure modes of PIR triggering

PIR-triggered cameras are cheaper to run and they dominated the solar segment for years, but they fail in specific, repeatable ways that generate warranty claims and support tickets for whoever imported them:

• Slow or head-on movement. PIR detects lateral change in infrared contrast. A person walking directly toward the lens, or moving slowly, produces very little of it.
• Out-of-zone events. The PIR cone is narrower than the camera's field of view. Anything happening at the edge of frame is visible to the sensor but invisible to the trigger — the camera simply never wakes.
• Warm ambient conditions. As ambient temperature rises toward body temperature, the contrast PIR depends on collapses. In tropical Vietnam and lowland Latin America this is not an edge case; it is the middle of the afternoon.
• Lost lead-in. Even on a successful trigger, the first moments are spent waking and initialising. Those moments are frequently the ones containing a recognisable face or plate.

AOV removes all four, which is why it has become the default request from buyers serving farms, ranches, construction sites and yards — sites where the events that matter (livestock theft, material walking off a site at dawn) are exactly the slow, wide-frame events PIR handles worst.

What AOV does not give you for free

Continuous encoding costs power and it costs storage. That is the whole engineering trade, and it is where inflated datasheets appear. A camera recording continuously cycles through its card faster than a clip-based camera, so retention is a function of card capacity and recording profile — plan around the 128GB microSD ceiling and push anything you need to keep off the card. On the power side, treat any runtime figure quoted without a stated recording profile and panel wattage as marketing, not engineering.

The four AOV series, by the numbers

The single-lens SG-C41G-10T66-V1 is the entry point — the cheapest way to put a genuine AOV unit on a perimeter post. The dual-lens SG-D42G-10F66-V1 adds a second 2.0MP lens for wide-plus-detail coverage on the same 8000mAh/8W power budget, which is the most commonly ordered configuration for mixed farm and warehouse deployments. The SG-D42G-15F66-V1 is the same dual-lens concept on the larger 20000mAh battery and 15W panel, and that combination is what you specify when the site fights you on sun. Full specifications per variant are on the product catalogue, with wholesale prices quoted per order.

Sizing the power budget before you commit a container

The single decision that determines whether an AOV deployment succeeds is which power class you order, and it is not a budget decision — it is a site-survey decision.

The 8000mAh/8W class is correct where the panel gets clean, unobstructed exposure for most of the day: open fields, rooftops, the top of a boundary pole, warehouse yards with nothing tall nearby. The 20000mAh/15W class is what you order when the site imposes a handicap the camera cannot argue with — tree cover, a north-facing wall, a shaded courtyard between buildings, a monsoon season that delivers weeks of heavy overcast, or a customer who wants the highest continuous recording quality the platform offers. The larger battery buys margin through bad weather; the larger panel is what refills it in the limited window the weather allows.

A useful pattern when quoting a mixed site: survey it, split the order between the two classes rather than averaging, and keep a small buffer of the 15W units. Replacing an under-powered camera after installation costs far more than the $16–$30 per unit the upgrade would have cost at order time.

Verifying a supplier's AOV claims

AOV sits in a part of the market where datasheet inflation is routine, and as an importer you carry the consequences. Four checks separate a real spec from a copied one:

Resolution. 1080p–2K is the honest standard for a solar-powered AOV camera at this price. Higher resolutions are available as custom or OEM builds, but a stock unit advertising them at commodity pricing deserves a hard look at the actual sensor.

Ingress protection. IP66 is the outdoor rating across all 49 AOV models. A higher rating on a comparable unit is a claim to verify against a test report, not a specification to accept from a listing.

Storage and battery. Ask for the maximum supported card size in writing and confirm the battery chemistry and capacity match the label. Both are checkable on arrival, and both are common places for a quoted figure to quietly exceed what ships.

Certification. Shenzhen Leksell has manufactured since 2012 and holds TÜV Rheinland certification alongside CE, FCC and RoHS. Ask any supplier for the certificates themselves rather than the logos — logos are copied, certificate numbers are traceable.

Ordering: MOQ, margin, OEM and lead times

Trial orders start at 10 units; OEM/ODM starts at 100, and private labelling is available across the whole catalogue including all 49 AOV models. Distributor margin is 20% from around 10 units and 30% from around 50 — and the OEM minimum is 100 units, which is why most distributors who intend to brand the product validate with a 10-unit order before placing a 100-unit branded run. The dealer programme covers the tier structure in full.

Lead times: samples ship 7–10 days by air, bulk orders 25–40 days by sea, and stock held by the Ho Chi Minh City office reaches Vietnamese customers in 7–10 business days. For Latin American buyers, sea freight is the realistic channel for volume and the air sample is what you use to validate the spec before committing to it.

One number worth putting in your own sales material: installation is 5–10 minutes per camera. No trenching, no electrician, no network drop — mount, aim the panel, insert the SIM and the card. On a 50-unit deployment that is the difference between a one-day job and a week of scheduled labour, and for a distributor selling to farms and construction firms it is often the argument that closes the deal. Pricing, volume breaks and OEM terms come from a person, not a page — start at wholesale enquiries or email info@solaguard.net with your target quantity and site conditions.