Installing Solar 4G AOV Cameras: A Technical Guide for Distributors and Importers
TL;DR
A solar 4G AOV camera goes up in 5-10 minutes - no electrician, no WiFi. Site checks, model selection across 49 SKUs, 50-camera rollouts and OEM terms for importers.
Installing an AOV camera: 5 to 10 minutes per unit, no electrical work
A solar 4G AOV camera takes 5 to 10 minutes per unit to install, and it needs no electrician, no mains wiring and no WiFi network. The sequence is always the same: open the housing and insert the 4G data SIM and the microSD card (up to 128 GB); power the camera up and confirm cellular signal at the exact spot where it will live; bolt the bracket to the post or wall with the supplied lag screws; aim the solar panel toward the equator - south if you are installing anywhere in the northern hemisphere, north if the site is in the southern hemisphere - at enough tilt for rain to carry the dust off; then pair the unit in the mobile app by scanning the QR code on the housing. At that point the camera is recording. Everything else - detection zones, sensitivity, schedules - is set afterwards from a phone, without going back up the post.
That is the short answer, and it is why this form factor sells well on volume projects: a two-person crew can fit out an entire farm in a morning. What follows is everything that turns that 5–10 minute number into a warranty revisit three months later.
What AOV means and why it changes the install
AOV stands for Always-On Video: continuous 24/7 recording at low standby power, managed by AI scene analysis. It is a generic industry term, not any manufacturer's trademark, and your sales team should present it that way to customers.
The operational difference against a traditional PIR-triggered solar camera is concrete. A PIR sensor fires on heat change inside a narrow cone, so it misses slow movement (someone walking unhurriedly toward the gate), anything happening outside the sensor's zone, and anything behind glass. An AOV camera records the whole time, so the event is on the card whether or not a sensor ever classified it as an alarm. For the installer that means less pressure on getting mounting height and angle exactly right: you are no longer calibrating a PIR cone, you are framing a scene.
Where the margin for error does shrink is power. A camera that records continuously lives off the balance between panel and battery, and that balance is set by the site, not by the catalogue.
The solar panel: the one decision you cannot fix from the app
| Check | Criterion | Cost of ignoring it |
|---|---|---|
| Orientation | Toward the equator (south in the northern hemisphere, north in the southern) | Partial charge all year round |
| Shade | No shade from branch, tower or roofline between 9am and 3pm | Partial shade cuts charging disproportionately |
| Tilt | Steep enough for rain to run off and carry dust with it | Panel fouls and loses output through the dry season |
| 4G signal | Measured at the final mounting point, not at the property gate | Constant reconnections that drain the battery |
| Torque | Firm, without over-tightening the plastic ball joint | Camera drifts out of frame in the wind |
The most expensive mistake in wholesale deployments is not technical, it is a sequencing error: check cellular signal before going up the post. A metal shed or a dip in the terrain can leave the spot without usable coverage, and finding that out with the bracket already bolted on turns a 10-minute install into a 40-minute one.
On the memory card
Standard models take microSD cards up to 128 GB. Format the card from the app rather than from a computer, and specify surveillance-grade cards: a consumer card designed for holiday photos is not built for continuous rewriting, and it is the number one cause of "the camera isn't recording" complaints that turn out not to be hardware faults at all. If a project genuinely needs more retention, the right conversation is about overwrite cycles and cloud backup - not about fitting a card larger than the hardware supports.
Matching the model to the site
The AOV range is 49 SKUs, across four series. All of them IP66 rated and 2K (2.0 MP):
| Series | Variants | Battery | Panel | Optics |
|---|---|---|---|---|
| SG-C41G-10T66-V* | 4 | 8000 mAh | 8W | 2K (2.0MP) |
| SG-D42G-10F66-V* | 18 | 8000 mAh | 8W | 2K (2.0MP x2, dual lens) |
| SG-D42G-15F66-V* | 16 | 20000 mAh | 15W | 2K (2.0MP x2, dual lens) |
| SG-S43G-10T66-V* | 11 | 8000 mAh | 8W | 2K (2.0MP x3, triple lens) |
In practice the selection rule comes down to how much sun the site gets and how much event traffic it sees:
- Open sites with clear sun and low traffic (pasture, rural storage sheds, outlying stockyards): the 8000 mAh / 8W configuration is enough, and it is the one that leaves the best margin per unit. The SG-C41G-10T66-V1 is the entry point for volume quotes.
- Sites with a long wet season, frequent fog or heavy activity (highland and coastal properties, construction sites with continuous foot traffic): go to 20000 mAh with the 15W panel. The SG-D42G-15F66-V1 is the model that holds runtime through several days without direct sun.
- When the customer wants two directions covered from one post, the dual lens on the SG-D42G-10F66-V1 saves selling two cameras and two installs; the triple-lens series covers junctions and open yards.
Full specifications for every variant are on the product catalogue if you are putting a quote together.
Volume installs: how a 50-camera rollout is organised
Once an order moves from a demo to a project, the bottleneck stops being the camera and becomes SIM logistics. We recommend three practices to our distributors:
- Pre-configure in the warehouse. Fit the SIM and microSD, pair the cameras into the customer's account and label each unit with its destination before anyone leaves for site. Work at the post is then reduced to bolting and aiming.
- One account, one installer accountable for it. Pairing 50 units from three different phones creates a permissions mess that gets paid for later in support tickets.
- Handover sheet with a screenshot of each frame. A capture from every camera at handover settles most of the arguments that come later about angles and coverage.
The IP66 housing handles rain and dust in normal outdoor mounting. It is not rated for immersion or for a direct pressure-washer jet: if the customer hoses down stock pens, mount the camera out of the spray.
Terms for importers and private label
SolaGuard is the wholesale brand of Shenzhen Leksell, a TÜV Rheinland certified manufacturer with CE, FCC and RoHS certification, in operation since 2012. The full catalogue runs to 150 SKUs, with wholesale prices quoted per order, of which the 49 AOV models listed above are one part.
| Item | Terms |
|---|---|
| Trial MOQ | 10 units |
| OEM / ODM MOQ | 100 units |
| Dealer margin | 20% from ~10 units - 30% from ~50 units |
| Samples | 7 to 10 days by air |
| Volume orders | 25 to 40 days by sea |
| Delivery within Vietnam | 7 to 10 business days |
OEM and private label are available on every model, including all 49 AOV units: logo on the housing, your own packaging, and the app under your brand. Our office for the Asian region is in Ho Chi Minh City; everywhere else ships direct from the factory.
If you are sizing up a first container, the usual route is to order 10 trial units, install them across two or three sites with genuinely different conditions - one in full sun, one in partial shade - and measure real runtime over a month before fixing the 8W / 15W split on the large order. Volume terms are on the wholesale page, and territory and margin structure on the dealer page.
Quantities, final pricing and timelines for a specific project are always confirmed by someone on the sales team, never by a web page: email info@solaguard.net with the number of points you need to cover and the site conditions, and we will put the configuration together.
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
In-depth guides
Browse the matching models
Solar 4G cameras →Related articles
Topic overview: Solar 4G Security Camera vs Wired CCTV: Complete Comparison Guide [2026] →
- What Does "AOV Installation" Mean? How to Install a Solar 4G Continuous-Recording CameraAOV installation is more than bolting on a bracket: it is camera siting, panel aim and SIM coverage planned so continuous recording never runs out…
- Solar Camera Maintenance: Keep It Running for YearsA practical maintenance routine keeps solar 4G LTE cameras running reliably for years with almost no on-site work. Here is exactly what to check,…
- Why Solar 4G Cameras Are Replacing Wired CCTV at Remote SitesTraditional wired CCTV systems require extensive cabling, electrical infrastructure, and internet connectivity — making them impractical for…
- What Happens to AOV When the Battery Gets Low?After a run of grey days an AOV camera does not simply stop: it steps down through six power states, from full continuous video to a protective…
- AOV Power Budget: How to Verify a Panel and Battery Can Actually Sustain 24/7 RecordingA datasheet headline never proves a camera can record continuously. Run the energy balance instead: battery capacity in watt-hours, true 24-hour…
- Solar vs Wired CCTV for Farm Security When the Farm Already Has ElectricityGrid power at the farmhouse does not mean power at the fence line. A wholesale buyer's comparison of wired PoE and solar 4G for farm sites, with…
