Solar Farm Security Cameras: A Sourcing Guide for Wholesale Buyers and OEM Importers
TL;DR
What solar-powered 4G security cameras can and cannot do on farmland and PV plants, with exact model numbers, battery and panel pairings, MOQs and lead times for importers.
The short answer
A solar farm security camera is a self-powered surveillance unit with an integrated PV panel and battery that transmits over 4G LTE, so it can be mounted on a perimeter fence post, an inverter skid, a tracker row or a paddock gate where there is no grid drop and no WiFi. For a buyer placing a wholesale order, the realistic spec envelope is narrower than the category's marketing suggests: 1080p–2K resolution, an 8W or 15W panel paired with an 8000mAh or 20000mAh battery, microSD storage up to 128GB, an IP66 housing, and AOV (Always-On Video) rather than PIR triggering. SolaGuard's catalogue covers that envelope with 49 AOV models, with wholesale prices quoted per order, all open to OEM/private label. Everything below is the detail behind those numbers — which series fits which site, what to verify before you commit a container, and where the category's inflated datasheets tend to break.
"Solar farm" means two different orders
The search term covers two buyer intents, and they lead to different quantities and different mounting kits. Establish which one you are quoting before you price anything.
Utility and commercial PV plants. The asset being protected is the plant itself: modules, DC cabling, copper, inverters and combiner boxes. Sites are large, flat, fenced, and almost always remote — which is exactly why they are targeted, and exactly why a wired system is uneconomic. Trenching a perimeter for power and data across a multi-hectare site costs more than the cameras. Solar-powered 4G units invert that: the camera brings its own power and its own backhaul, so per-unit cost is roughly linear with perimeter length instead of exploding with it.
Agricultural properties. Farms, ranches, fincas, orchards, fish ponds, equipment yards and outbuildings. The threat profile is livestock theft, fuel and machinery theft, boundary disputes and after-hours trespass. Cameras are scattered rather than arrayed — one on a gate, one on a machinery shed, one at a water point two kilometres away.
Both run on the same hardware. What differs is the accessory list and the order profile: PV plants buy in runs against a drawing, farms buy in small repeat batches through a local dealer. A distributor serving both should stock accordingly.
Why conventional CCTV fails on these sites — and why AOV matters
Two failures account for most of the returns and complaints in this category.
The first is power planning. A camera that records continuously on an undersized panel-and-battery pairing goes dark on the third overcast day, which is usually the night that matters. The fix is not a bigger number on a spec sheet — it is matching the panel and battery to the duty cycle you actually intend to run. That is why the pairing is fixed in our catalogue rather than mixed and matched: 8W panels ship with 8000mAh batteries, 15W panels with 20000mAh batteries.
The second is PIR. Most cheap solar cameras only record when a passive-infrared sensor fires. PIR detects heat moving across its zones, which means it reliably misses slow movement, anything approaching head-on, anything outside a narrow detection cone, and anything in high ambient heat — a real problem in Vietnam and across Latin America. It also wakes on vegetation and animals, filling the card with nothing. A buyer who was sold PIR and expected continuous coverage will discover the gap only after an incident.
AOV (Always-On Video) is the industry-generic answer, not a SolaGuard trademark. The camera records continuously and uses on-device AI scene analysis to hold standby power down between events rather than sleeping until a heat trigger fires. For a solar farm perimeter, where an intruder may be walking a fence line slowly and parallel to it, that is the difference between footage and an empty card. If a supplier cannot tell you plainly whether a model is AOV or PIR-triggered, that is your answer.
The AOV range: exact series, counts and pairings
These are the four AOV series, complete. Counts and prices are exhaustive — a buyer will open the product pages and check.
| Series | Variants | Sensor | Battery | Panel | Rating |
|---|---|---|---|---|---|
| SG-C41G-10T66-V* | 4 | 2K (2.0MP) | 8000mAh | 8W | IP66 |
| SG-D42G-10F66-V* | 18 | 2K (2.0MP×2, dual lens) | 8000mAh | 8W | IP66 |
| SG-D42G-15F66-V* | 16 | 2K (2.0MP×2, dual lens) | 20000mAh | 15W | IP66 |
| SG-S43G-10T66-V* | 11 | 2K (2.0MP×3, triple lens) | 8000mAh | 8W | IP66 |
How to choose between them
- Single lens (SG-C41G-10T66-V1) — gates, doors, pump houses, a single approach. The lowest-cost way to put a real AOV camera on a point of interest.
- Dual lens, 8W/8000mAh (SG-D42G-10F66-V1) — a wide view plus a second lens for detail on the same mount. The volume choice for farm yards and equipment compounds.
- Dual lens, 15W/20000mAh (SG-D42G-15F66-V1) — the same two-lens coverage on the larger panel and battery. Specify this where the duty cycle is heavy, the mounting position is partly shaded, or the site has a long overcast season. It is the top of the range; there is nothing above 20000mAh or 15W, and any supplier quoting dramatically larger figures at this price point is quoting a number, not a product.
- Triple lens (SG-S43G-10T66-V)* — widest single-pole coverage where you want one mast instead of three.
Storage is microSD up to 128GB on all models. For sites that need longer retention, plan on card rotation or cloud offload rather than assuming a higher-capacity card will be supported. Housings are IP66 across the range — sufficient for open-field mounting including heavy rain and hosing — and we quote IP66 rather than a higher ingress rating because that is what the housings are certified to.
Resolution is 1080p–2K as standard. 4K exists only as a custom/OEM build, on a project basis. Full specifications for every SKU are on the product catalogue, which spans 150 models including the non-AOV lines, with wholesale prices quoted per order.
Commercial terms: MOQ, margin and lead time
| Term | Value |
|---|---|
| Trial MOQ | 10 units |
| OEM / ODM MOQ | 100 units |
| Dealer margin | 20% from ~10 units · 30% from ~50 units |
| Samples | 7–10 days by air |
| Bulk production | 25–40 days by sea |
| Vietnam delivery | 7–10 business days |
OEM and private label are available across the catalogue, including all 49 AOV models — your logo on the housing, your branding in the app, your packaging. The practical path for a new distributor is a 10-unit trial batch to validate LTE performance on your local carriers and your own installation crews, then a 100-unit order at the OEM threshold once the SKU mix is settled. Terms and volume pricing are set per order on the wholesale page.
What to verify in any factory you shortlist
Manufacturing is by Shenzhen Leksell, established 2012, certified by TÜV Rheinland and holding CE, FCC and RoHS. Whoever you source from, ask for the certificate numbers and check them — in this category, claimed certifications are routinely inherited from a component rather than held for the finished product. Ask also for the exact battery capacity and panel wattage per SKU in writing, not per series, and confirm whether AOV is genuine continuous recording or a PIR product described creatively.
Installation and the real field economics
Each camera takes 5–10 minutes to install: bracket, orient the panel, insert the SIM and the microSD, pair the app. No trenching, no electrician, no network drop. For a distributor, this is the margin lever that matters more than unit cost — a wired job needs a scheduled crew and a site survey, while a solar 4G job is one technician with a drill, which means a two-person dealer can cover a whole province.
That also reframes the quote you give an end customer. A farm comparing a wired system against solar 4G is not comparing camera prices; it is comparing camera prices plus civil works against camera prices alone. On a dispersed site — a fence line, a pump station, a shed at the far end of a property — the installed-cost gap is large enough that the hardware spec is almost secondary. Lead with it.
Recurring cost is the SIM data plan, which varies by market and carrier and should be quoted locally rather than assumed. Maintenance is essentially panel cleaning and periodic card checks; there is nothing to service in the field.
Starting an order
If you are evaluating a territory, the fastest route is a 10-unit trial across two or three SKUs — one single-lens, one dual-lens 8W, one 15W — deployed on sites that represent your worst case for shade and cellular coverage. That tells you more in three weeks than any datasheet comparison. Distributor terms, territory discussion and OEM specification start on the dealer page, or write to info@solaguard.net with your target volume, market and any branding requirements.
Interested in SolaGuard cameras?
150+ SKUs, dealer orders from 10 units · OEM from 100, 24-month warranty.
B2B terms
- Dealer margin 20% from ~10 units · 30% from ~50 units
- OEM / private label / custom spec: MOQ 100 units
- 24-month warranty · Samples in 7–10 days by air
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