Solar Powered Battery 3MP 2K Floodlight PTZ Camera

The Solar Powered Battery 3 MP 2 K Floodlight PTZ Camera is a versatile, self-sufficient surveillance solution ideal for remote or off-grid environments. Its combination of high-resolution imaging, PTZ flexibility, floodlight deterrence, and solar-powered autonomy makes it an excellent choice for stand-alone security needs. While this cctv camera lacks integration options for advanced multi-camera setups, it excels at providing simple, robust, and energy-conscious outdoor monitoring.

• If the installation site is with WIFI, we suggest you buy a wifi version.
• If the installation site is without WIFI, we suggest you buy a 4G sim version.
• A security camera can be controlled on your phone. No matter where you are, even if another city, or another country. You still can monitor that place on your phone.

Optical & Imaging System

• Image Sensor: 1/3″ CMOS sensor delivering 3 MP resolution (approximately 2048×1536), offering visual fidelity between Full HD 1080p and 2K UHD. CMOS ensures low-power and high-sensitivity imaging.
• Lens: Fixed 3.6 mm focal length providing an approximate horizontal field of view (FoV) in the range of 70°–90°, optimal for general surveillance.
• IR-CUT Filter: Enables all-day operation by mechanically switching between color (day) and IR-sensitive (night) modes.
• Night Vision: Integrated IR LEDs allow monochrome imaging in zero-light conditions; the typical effective range is around 10–15 m.
• Floodlight: The floodlight includes high-intensity LEDs to illuminate the monitored area for color night vision and active deterrence.

Power & Energy Management

• Solar Panel: External solar panel captures photovoltaic energy. Exact wattage is often in the 5–8 W range for similar systems.
• Battery Pack: High-capacity rechargeable Li-ion battery (estimated 3–12 Ah); some larger configurations can include up to 20000 mAh capacity.
• Power Strategy: Features real-time power management with MPPT-type solar charge controllers and motion-triggered wake-up to conserve battery. Continuous 24/7 recording is supported but significantly increases power consumption.

Mechanical Pan–Tilt–Zoom (PTZ)

• Pan Range: Approximately 355° horizontal rotation allows near-complete coverage of surrounding areas.
• Tilt Range: Around 90° vertical movement to monitor from ground level up to overhead.
• Zoom: Either fixed or digital zoom (up to 4×) is typical for these models, with most floodlight-equipped units using digital zoom.
• Mechanics & Control: Precision stepper motors and internal gears enable accurate remote control through the mobile application.

Connectivity & Communications

• Variants:
  1. Wi-Fi version: Connects to 2.4 GHz IEEE 802.11 b/g/n networks, allowing app-based live viewing and control.
  2. 4G version: Uses a Nano SIM for LTE cellular connectivity, making it ideal for remote locations without Wi-Fi access.
• App Platform: The UBox app on Android and iOS enables live view, PTZ control, two-way audio communication, motion alerts, and playback.
• Cloud/NAS: No support for third-party NVRs, Blue Iris, ONVIF, or RTSP streaming; management and storage are handled exclusively through the app and local microSD.

Storage & Data

• Recording Behaviors: Supports motion-triggered recordings, which is energy-efficient; continuous recording is possible but drains battery faster.
• Local Storage: Accepts microSD cards up to 128 GB; supports loop recording to overwrite oldest files automatically.
• Cloud Backup: Limited cloud storage options may be available through the app, though full subscription details vary.

Sensing & Smart Detection

• PIR/Motion Sensor: Combines passive infrared (PIR) and image-based motion detection to activate recording and floodlight.
• Humanoid Detection & Tracking: Some advanced versions support human shape detection and automatic tracking, though the floodlight variant may focus on basic motion triggers.
• Event Push: Motion alerts are sent to paired mobile devices via push notifications.

Audio Features

• Two-Way Audio: Equipped with a microphone and speaker for interactive communication, allowing users to warn or converse with people near the camera via the app.

Environmental & Durability Specs

• Ingress Protection: Typically rated IP66, making it dust-tight and resistant to heavy rain.
• Operating Conditions: Designed to operate between -15 °C and +60 °C, with humidity resistance up to 90 % RH.
• Weight: Approximately 2.3 kg, slightly heavier than basic solar cameras due to the integrated floodlight.

Power Budget & Efficiency

• Standby Consumption: Very low standby power draw (under 0.1 W in similar models).
• Solar Recharge Cycle: With a 5–8 W panel and a 10–20 Ah battery, autonomy can range from 3 to 7 days without sun; a full recharge usually requires 5–8 hours of strong sunlight.
• Floodlight Draw: When activated, the floodlight can draw 10–20 W; it is generally only used when motion is detected to save energy.

Installation & Maintenance

• Mounting: Can be mounted on walls or ceilings using a PTZ base; secure fixing is essential to prevent vibration or drift.
• Solar Panel Placement: Should be installed facing south (in Northern Hemisphere) at an optimal angle (about 30°) for maximum solar gain.
• Connectivity Setup: Wi-Fi version connects via SSID and password, while the 4G version requires SIM card setup, including APN configuration.
• Firmware & App Maintenance: Firmware updates and app maintenance are managed through the mobile application. Periodic full battery discharge can help extend battery health.

System Integration

• Standalone Operation: Works independently without needing wired networks, PoE, or NVR connections.
• Smart Ecosystem: No ONVIF or RTSP support, so it cannot integrate into standard third-party surveillance ecosystems. It is intended for single or small standalone installations.

Technical Considerations

1. Energy-Aware Operation
   Use motion-triggered recording to maximize battery life. Avoid long continuous live streaming.
2. Lighting vs Recording Tradeoff
   The floodlight offers strong deterrence but increases power use. Solar panel sizing should match expected usage.
3. Environmental Resilience
   Weather sealing ensures long-term durability; keep solar panels clean and properly angled for best performance.
4. Connectivity Choices
   Wi-Fi is ideal for areas with a stable signal; 4G works best for remote or rural properties but may require a data plan.
5. Integration Limits
   Best for standalone setups rather than integrated multi-camera systems, given lack of standard protocol support.

Use Cases

• Off-grid homes, gardens, farm entrances.
• Construction sites or temporary setups without electricity.
• Driveways or gates where deterrence lighting is valuable.
• Remote properties requiring self-sufficient surveillance.

⚠️ Limitations

• Cannot integrate with ONVIF or RTSP systems.
• Floodlight brightness may be unsuitable for covert use.
• Battery lifespan can shorten under very hot climates.
• Continuous streaming drains battery rapidly.

FAQ – for Solar Powered Battery 3MP 2K Floodlight PTZ Camera