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    TP-Link VIGI SP9030 90W solar power system with 31.2 Ah lithium battery and pole arm
    VIGI SP9030 front view with a bullet camera and PTZ camera fitted below the 90W panel
    VIGI SP9030 on a pole powering two VIGI cameras and a wireless bridge
    Rear of the VIGI SP9030 showing the pole clamps, arm and panel bracket
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    TP-Link VIGI 90W 10.8V Lithium Battery Intelligent Solar Power Supply System - VIGI-SP9030

    SKU VIGI-SP9030 In Stock - Ready to Ship
    $1,049.00 inc GST
    Free delivery does not apply to this product.

    TP-Link VIGI-SP9030: a pole-mounted 90 W solar panel, self-heating 31.2 Ah lithium battery and MPPT controller that powers a 4G camera, or cameras and a wireless bridge, with no mains.

    • ✓90 W 18 V monocrystalline panel, tilt 5° to 55°
    • ✓10.8 V 31.2 Ah lithium battery with auxiliary heating
    • ✓3 × 12 V DC outputs (2 A each) and 1 × RJ45
    • ✓Runs up to 2 cameras and a bridge (TP-Link combination)
    • ✓IP66, −30 to 60 °C, fits 80–120 mm poles
    • ✓VIGI app monitoring, 3-year TP-Link warranty

     
    TP-Link VIGI SP9030 solar power system on a pole: 90W panel, VIGI arm and the mount that holds the 31.2Ah battery and controller
    TP-Link VIGI · Solar power system · 90 W

    More panel for more load.
    90 W of sun, a 31.2 Ah battery.

    This is the VIGI-SP9030: a pole-mounted 90 W solar panel, self-heating 31.2 Ah battery and MPPT controller. TP-Link sizes it for a 4G camera, a camera and bridge, or two cameras and a bridge on one pole.

    In one sentence: the VIGI-SP9030 is a TP-Link pole-mounted solar power system with a 90 W 18 V monocrystalline panel, a self-heating 10.8 V 31.2 Ah lithium battery, an MPPT controller, three 5.5 mm DC outputs and an IP66 rating, for cameras and network bridges.

    Solar power system only. No camera, pole or SIM.

    This listing is the power system. The cameras and bridges in TP-Link's photos are shown to explain the setup and are sold separately.

    In the box
    • 90 W solar panel and angle adjustment bracket
    • Horizontal mount with the controller and 31.2 Ah battery built in
    • Vertical mount, PTZ camera connector and camera mounting screws
    • Waterproof Ethernet cable attachments, rubber pipe sleeves and a DC extension cord
    • Quick start guide
    You also need
    • A pole, 80 to 120 mm diameter
    • The camera, bridge or router it will power (12 V DC, 2 A per output)
    • A network link for remote management: a 4G camera or router, or a wireless bridge

    Enough panel for two cameras and a bridge.

    TP-Link's current SP9030 page models one VIGI C540-4G at 10.0 rainy days and 1.6 sunny days to recharge; a VIGI C345 and an EAP115-Bridge kit at 2.6 and 2.9 days; and a C345, a C540S and the bridge kit at 1.7 and 6.7 days. Those use New York's 3.72 hours of sun a day. Australian sites, seasons and panel angles will differ.

    VIGI SP9030 shown with a bullet camera, a pan-tilt camera and a wireless bridge on the pole (cameras and bridge sold separately)

    Typical setup

    Two cameras and a bridge on one pole.

    TP-Link's largest SP9030 combination: a bullet camera, a pan-tilt camera and a wireless bridge back to the building, each on its own DC output. Cameras and bridges are sold separately.

    VIGI SP9030 front view with cameras fitted, and rear view of the 90W panel frame, arm and pole clamp

    Front and rear

    A 998 mm panel on one clamp.

    The 998 × 516 × 30 mm panel sits on an arm 400 mm from an 80 to 120 mm pole and tilts to 5°, 15°, 25°, 35°, 45° or 55°. The horizontal mount is SGCC galvanised steel and the panel has 3.2 mm tempered glass in an aluminium frame. The system weighs 17.5 kg.

    VIGI SP9030 arm close-up with the SYS, LAN, PV and BAT status lights and the U-bolt pole clamp

    Controller

    Four lights, and the rest in the app.

    SYS, LAN, PV and BAT lights sit on the arm. BAT flashes slowly under 20% charge and quickly while the battery heats itself. Power use, battery level and alerts show in the VIGI app or VIGI Cloud VMS.

    How it goes in

    From pole to power in four steps.

    01

    Pick the spot

    Full sun all year, panel facing north, and higher than any nearby trees or buildings. The pole must be 80 to 120 mm across.

    02

    Fit the mounts

    U-bolt the horizontal mount to the pole, fit the vertical mount across it, then bolt on the panel. Set the tilt by latitude: 35° for Brisbane or Sydney, 45° for Melbourne or Hobart, 15° for Darwin.

    03

    Connect the devices

    Mount the camera on the vertical mount, plug its 12 V lead into one of the three DC outputs, and run the network device to the RJ45 port. Seal each joint with the rubber sleeves.

    04

    Add it to the VIGI app

    Tap + in the VIGI app and follow the steps. Battery level, power use and the state of each load then show in the app, with low-battery alerts.

    Pair it with

    What it powers, and what it needs

    4G camera

    VIGI C540-4G

    A 4MP pan-tilt camera with its own 4G modem. TP-Link models it at 10 rainy days on this system.

    Network

    A wireless bridge

    For non-4G cameras, a bridge such as TP-Link's EAP215-Bridge kit carries the video and the controller's management traffic to the building.

    Mounting

    A pole, 80–120 mm

    Not included. Allow for a 17.5 kg system and a 998 × 516 mm panel in the wind.

    Spare panel

    VIGI Solar Panel 90W

    The same 90 W panel sold on its own, as a spare or for a VIGI controller bought without a panel.

    Where it is used

    Places a power cable will not reach.

    Farm gates and sheds

    Power a 4G camera on a gate, fuel tank or machinery shed far from the house.

    Construction sites

    Up before the site power is connected, and moved when the job moves.

    Pumps and water tanks

    Watch remote infrastructure with no power or data line to it.

    Wireless bridge sites

    Run a bridge and a camera on a pole between buildings or across a paddock.

    Car parks and laydown yards

    Cover an open yard where trenching a cable is not worth it.

    Multi-camera poles

    Two cameras and a bridge on one pole, where a 60 W system would run short.

    VIGI-SP9030 or VIGI-SP6030

    VIGI-SP9030 (this system)VIGI-SP6030
    Solar panel90 W, 18 V, 998 × 516 mm60 W, 18 V, 690 × 516 mm
    Battery10.8 V 31.2 Ah10.8 V 31.2 Ah
    Rainy-day running, one C540-4G*8.5 days (V1 page); 10.0 days (V1.20 page)6.4 days
    Recharge under load, one C540-4G*1.5 days (V1 page); 1.6 days (V1.20 page)2.7 sunny days
    TP-Link combinations4G camera; camera + bridge; 2 cameras + bridge4G camera; camera + bridge
    Weight17.5 kg14 kg

    Battery, outputs and controller are the same; the SP9030 has the bigger panel. The VIGI installation guide lists all three SP models in one table. *TP-Link's modelled figures. The SP6030 and SP9030 V1 figures use TP-Link's laboratory and weather data; the V1.20 page uses New York's 3.72 sun hours a day, so compare like with like.

    Common questions

    Does it include a camera?

    No. This listing is the solar power system only. The cameras and bridge in TP-Link's photos are sold separately.

    Which cameras can it run?

    TP-Link's combinations are one VIGI C540-4G 4G camera; a VIGI C345 with an EAP115-Bridge kit; or a C345, a C540S and the bridge kit. Any device that takes 12 V DC at up to 2 A per output can plug in, and the install guide says third-party PTZ cameras fit the mount.

    How long does it run without sun?

    TP-Link's current page gives 10.0 rainy days with one C540-4G, 2.6 days with a C345 and bridge kit, and 1.7 days with two cameras and the bridge, based on New York's 3.72 sun hours a day. Your site, season and panel angle change the result.

    How long does it take to recharge?

    TP-Link's model gives 1.6 sunny days from empty to full with one C540-4G still running, 2.9 days with a C345 and bridge, and 6.7 days with two cameras and the bridge.

    What are the outputs?

    Three 5.5 mm DC plugs. Outputs 1 and 2 give 9 to 12.6 V at 2 A, and output 3 gives 12 V at 2 A. There is also one 10/100 Mbps RJ45 port for the network device.

    Does it supply PoE?

    TP-Link lists only the three DC plugs as power outputs, and no PoE. Choose a camera that takes 12 V DC, or ask us about powering a PoE camera from 12 V.

    How do I monitor it?

    Through the VIGI app or VIGI Cloud VMS. They show power statistics, battery level and load status, send low-battery alerts, and let you reboot, reset or update the controller remotely. It needs a network link through the RJ45 port, such as a 4G camera or a bridge.

    Will the battery charge in winter?

    Yes. The battery heats itself, so it charges from −30 °C to 45 °C and discharges from −30 °C to 60 °C. Without the heating the ranges are 0 to 45 °C and −20 to 60 °C.

    What size pole do I need?

    A pole of 80 to 120 mm diameter, not included. The arm holds the panel 400 mm from the pole, the panel is 998 × 516 mm, and the system weighs 17.5 kg.

    Which way should the panel face?

    North, in Australia. Set the tilt by latitude: 15° for Darwin, 25° for Cairns or Townsville, 35° for Brisbane, Perth, Adelaide and Sydney, and 45° for Canberra, Melbourne and Hobart.

    What is the difference from the SP6030?

    The panel: 90 W and 998 mm long here, 60 W and 690 mm in the SP6030. Both have the same 31.2 Ah battery, outputs and controller. The bigger panel recharges faster and lets TP-Link add a second camera to its combinations.

    What warranty does it have?

    3 years, under TP-Link Australia's warranty for VIGI solar power systems. Contact us first and we will look after the claim.

    Supported by InFront Technologies.

    Not sure whether one system is enough for your site, or which camera to put on it? Call 1300 736 970 or email [email protected]. The datasheet is on the Attachments tab.

    Installation and safety

    Low-voltage system. The outputs are 9 to 12.6 V DC and the system has no mains connection.

    Lithium battery. Keep the battery in its mount and follow TP-Link's guide. Seal every load connection with the supplied rubber sleeves so water cannot short it.

    Pole and height. Use a pole and footing rated for the weight and the wind load on the panel, and follow safe work-at-height rules when fitting it.

    Cabling. A concealed data cable run into a building is customer cabling under AS/CA S009 and needs an ACMA-registered cabler.

    What it does not do. No camera, no 4G modem, no Wi-Fi and no 230 V outlet. It powers devices through the three DC plugs only.

    Figures. From TP-Link's VIGI SP9030 V1.20 datasheet, its Australian product pages (V1 and V1.20) and the VIGI solar installation guide (REV1.20).

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