Solar Camera Buying Guide for Wholesale Importers: Specs, Series and Factory Terms

What a solar camera is — and the five numbers that decide if it works

A solar camera is a self-powered outdoor security camera: a solar panel and an internal lithium battery supply the power, and a built-in 4G LTE modem with its own SIM supplies the connection. No mains cable, no WiFi, no NVR on site. You mount it on a pole, a wall, a container or a fence post at a location with zero infrastructure, and it streams to a phone. For an importer, the five figures on the datasheet that actually decide whether the unit survives a rainy season on a farm are battery capacity, panel wattage, ingress rating, resolution and local storage — everything else is marketing. SolaGuard's solar 4G cameras are built by Shenzhen Leksell (established 2012, TÜV Rheinland certified, plus CE, FCC and RoHS), and the honest numbers are these: 1080p–2K resolution as standard, 8000mAh–20000mAh batteries, 8W or 15W solar panels, IP66 weatherproofing, and microSD up to 128GB. 4K exists only as a custom/OEM build. If a supplier quotes you something dramatically larger on every one of those lines at a lower price, ask to see the cell and the panel, not the brochure.

That spec honesty matters more in this category than in almost any other CCTV segment, because a solar camera has no safety net. A PoE dome that browns out gets its power back when the building does. A solar unit that was sold with an undersized panel for the installed latitude simply dies in the third week of overcast weather, and it dies at fifty sites at once, in your name.

PIR-triggered vs AOV: the architectural split that matters most

Every solar camera on the market resolves to one of two recording architectures, and this is the single biggest driver of both field performance and returns.

PIR-triggered cameras sit asleep until a passive infrared sensor detects a heat signature moving across its detection zone, then wake up and record a clip. Power consumption is very low, which is why cheap solar units all work this way. The failure modes are structural, not fixable by firmware: PIR misses slow movement, it misses anything outside its cone, it is unreliable when ambient temperature approaches body temperature — a serious problem across Vietnam and much of Latin America — and there is always a wake-up delay, so the first second or two of the event is gone. A buyer who wanted to see how a gate was opened gets footage that starts after it was opened.

AOV (Always-On Video) records continuously, 24/7, using AI scene analysis to hold standby power low when nothing is happening and to allocate full capture when something is. AOV is an industry-generic term, not a SolaGuard trademark — you will see it from multiple factories, and you should compare implementations rather than assume the acronym guarantees anything. What it buys you is a continuous timeline: no missed slow approach, no dead zone outside a sensor cone, no clipped opening seconds.

In practice AOV models are what close deals with commercial end users — logistics yards, construction sites, ranches with livestock theft exposure — while PIR units remain the right answer for price-driven residential volume. Most distributors end up carrying both. The full catalogue runs 150 SKUs, and the AOV portion is 49 SKUs, with wholesale prices quoted per order.

The four AOV series, with real model numbers

These are the exact series, counts and price bands. A buyer will open the product pages and check them, so they are worth reading closely when you build a quotation.

How to read that table when you are choosing stock

The two dual-lens series look similar on the model number and are not similar in the field. SG-D42G-10F66-V1 carries an 8000mAh battery and an 8W panel; SG-D42G-15F66-V1 carries 20000mAh and 15W. Same optics class, very different autonomy budget. The 15W/20000mAh line is what you quote for sites with heavy shade, monsoon cloud cover, high latitude in the southern cone, or a customer who insists on AOV recording through a bad week. The 8W/8000mAh line is what you quote for open sun and cost sensitivity.

Lens count is about coverage geometry, not image quality — all four series are 2K. Single lens (SG-C41G-10T66-V1) covers one approach. Dual lens covers a wide view plus a detail view, typically a gate and the road. Triple lens covers a yard corner where three approaches meet without needing three poles, three SIMs and three bills.

Sourcing terms: MOQ, margin, lead time and OEM

The commercial side is where a solar camera programme is won or lost, because the hardware across serious factories in this segment is more similar than any of them admit.

The 10-unit trial exists so you can put cameras on real poles in your own market before committing capital. Take it. Install a mix — one 8W unit and one 15W unit on the same site, same orientation — and watch the battery curve for a month. That single test tells you more about which SKU to stock than any datasheet comparison.

OEM and private label are available on all models, including all 49 AOV SKUs, at a 100-unit MOQ. That covers your logo on the housing and packaging, and it extends to hardware changes the factory can build to spec — higher resolution, larger battery and panel pairings, higher-capacity storage. Anything beyond the stock catalogue is quoted individually: price, tooling and lead time come from a person, not from a web page. Terms for both stock and OEM programmes are set out on the wholesale page.

Installation, support load and what your technicians will actually face

A solar 4G camera installs in 5–10 minutes per unit: bracket, camera, SIM, panel angled toward the equator with no shading across the day, app pairing. There is no cable pull, no trenching, no switch, no electrician. That is the number that lets your installers do a multi-camera site in an afternoon, and it is the number to put in front of a customer who has been quoted a week of civil works for a wired system.

The support load, when it comes, is almost always one of three things: a panel that was mounted where a tree shades it after 2pm, a SIM on a carrier with no coverage at that specific pole, or an AOV unit on an 8W/8000mAh configuration deployed where the 15W/20000mAh configuration belonged. All three are pre-sale survey problems, not hardware faults. A one-page site checklist for your sales team — sun path, carrier signal at the exact mounting height, expected recording mode — cuts warranty traffic more than any spec upgrade will.

Getting a quote

Quantity pricing, OEM tooling and delivery dates are handled by a person. Vietnamese buyers: Zalo 0865 017 914 or +84 865 017 914 — the office is in Ho Chi Minh City. English and Spanish: WhatsApp +86 188 1869 9870 or call the same number. Email info@solaguard.net. If you are evaluating a territory programme rather than a single order, start with the dealer terms and bring your projected first-year volume to the conversation.