Can a Solar CCTV Camera Be Included in a Wired CCTV System? What Distributors Need to Quote Correctly

The short answer: yes on the same site, no on the same cable

A solar-powered 4G camera can absolutely be part of a wired CCTV project, and mixed installations are now routine rather than exotic. What it usually cannot do is occupy a channel on the customer's PoE NVR the way another wired camera would, because there is no cable running back to the recorder. The camera powers itself from an 8W or 15W panel and its own battery, records to a microSD card of up to 128GB at the edge, and moves video over the mobile network instead of over structured cabling. The two halves of the system therefore meet at the monitoring layer — one operator, one site map, two independent backhauls — not at the recorder's rear panel. For an importer or integrator quoting a mixed job, that single distinction decides what you can honestly promise about live view, playback, and who physically holds the footage.

Why the question comes up in the first place

It is almost always an extension problem, not a replacement problem. The wired system covers the buildings and the main gate. The new requirement is somewhere the conduit never reached: the back fence line, a yard extension, a stockpile, a pump house, a temporary laydown area, a second plot bought last year. The customer asks the installer for a quote, the trenching and conduit line comes back heavier than the cameras themselves, and someone asks whether solar units can simply be added to what already exists.

They can. But the buyer who thinks "added" means "appears as channels 9 through 12 on the existing recorder" will be disappointed on commissioning day, and that disappointment lands on whoever sold the cameras. Set the expectation in the quotation, not on site.

The three things that keep a solar camera off an NVR channel

Power

A wired camera draws its power from the recorder or a switch over the same cable that carries its video. That is the entire point of PoE, and it is exactly the dependency a solar camera is designed to eliminate. Once you accept that no cable reaches the camera, you have also accepted that no cable can carry its stream back. The two constraints are the same constraint.

The data path

Wired CCTV moves video over a local network the customer owns end to end. A solar 4G camera moves it over a carrier network it rents by the megabyte. That difference is not just technical, it is commercial: someone has to own the SIM, the data plan and the monthly bill, and someone has to confirm the camera supports the LTE bands the destination carrier actually operates. In Vietnam and across Latin America the band situation varies by operator, so confirm it per market before shipping a container, not after.

Where the recording lives

On a wired system, the recording lives centrally on the NVR's disks. On a solar 4G camera, the primary recording lives on the card in the camera, with the cloud or the app as the remote view. This is the point most worth explaining to a customer, because it changes their retention conversation: local card capacity and recording mode determine how far back they can go, and the site's total footage is no longer in one box that a manager can hand to police.

Recording mode matters more than most spec sheets admit. PIR-triggered cameras only wake when a heat-and-motion event crosses the sensor, so they routinely miss slow movement, anything happening outside the trigger zone, and events with no thermal signature at all. AOV — Always-On Video — is the industry-generic term for cameras that record continuously at low standby power, using AI scene analysis rather than a passive infrared trigger to decide what matters. That is the behaviour a customer coming from a wired DVR already expects, which is why AOV models are usually the right recommendation on a mixed site: they produce a timeline, not a scrapbook of clips.

Four ways integrators actually combine the two

The third row is where most of the volume is. A customer with an existing wired core rarely wants to rip it out; they want the fence line, the far gate and the equipment yard covered without a trench, and they want one team responsible for all of it. Install time on solar units runs 5–10 minutes per camera, so a crew can cover an outlying perimeter in a morning — the reason phase-one solar deployments so often become permanent.

What to confirm before you promise integration

These are factory questions, answered per SKU. Do not answer them from a category assumption, and do not repeat a claim from a competitor's datasheet as though it applied to the unit you are shipping.

• Stream access. Whether a given model exposes a stream a third-party VMS can pull, and under what conditions. Ask about the specific model number you are quoting.
• Data plan ownership. Who supplies the SIM, who pays monthly, and what happens to the customer's live view when the plan lapses. Continuous streaming over LTE consumes real data; local recording plus on-demand viewing is the cheaper operating pattern.
• Carrier bands. Verified for the destination market, not the country of manufacture.
• Retention expectations. Local card capacity and recording mode set the ceiling. If a customer needs longer retention, that is a design conversation with higher-capacity cards and a defined recording policy, not a spec you can promise on the spot.
• Image parity across the wall. Standard catalogue resolution is 1080p–2K; 4K is available as a custom or OEM build only. If the wired half of the site is higher resolution, agree with the customer in writing how the mixed wall will look.
• Ingress protection. Outdoor models are IP66. If a site genuinely needs a higher ingress rating, say so and specify it — do not assume the standard build covers it.

What the hardware costs on a mixed quote

The catalogue runs 150 SKUs, with wholesale prices quoted per order. The 49 AOV models are the ones to quote against a wired system, in four series:

For perimeter work on a mixed site, the practical split is straightforward. SG-C41G-10T66-V1 is the single-sensor unit for a defined view such as a gate or a tank. SG-D42G-10F66-V1 adds a second lens where one mount has to cover two directions. SG-D42G-15F66-V1 pairs the 20000mAh battery with the 15W panel — the specification to reach for on sites with a long cloudy season, heavy tree cover, or a mounting position that only gets partial sun. Full specifications for every variant are on the product catalogue, with wholesale prices quoted per order.

Sourcing terms for the mixed-system opportunity

Cameras are built by Shenzhen Leksell, TÜV Rheinland certified and established in 2012, with CE, FCC and RoHS documentation available for customs and tender files — the paperwork that decides whether a distributor can bid a school, port or municipal job at all.

MOQ is 10 units for a trial order and 100 units for OEM or ODM, and private labelling is available on every model including all 49 AOV SKUs. Distributor margin is 20% from around 10 units and 30% from around 50. Lead times: samples ship 7–10 days by air, bulk orders run 25–40 days by sea, and delivery inside Vietnam is 7–10 business days from the Ho Chi Minh City office. Volume pricing and tier structures are set out on the wholesale page, and territory terms on the dealer page.

One closing note on positioning. Sell the solar half of a mixed system as what it is — coverage where cable cannot economically go — rather than as a drop-in replacement for wired channels. Distributors who explain the split honestly get fewer commissioning arguments, fewer returns, and repeat orders from the same integrator on the next site. Quotes for specific models and quantities come from a person, not a price list: WhatsApp +86 188 1869 9870 or info@solaguard.net.