Frequently Asked Questions About LS VISION Solar Cameras

LS VISION is the source supplier of WiFi/4G solar cameras., we understand customers may face some issues during installation or operation. Our team is dedicated to addressing any technical inquiries or support needs. Some of the most commonly reported questions involve:

How does HD intelligent solar energy alert PTZ cam work? 

An HD intelligent solar energy alert PTZ cam harnesses the power of the sun through its solar panels. During the day, when sunlight is strong, the solar panels absorb the light and convert it into electricity through a process called photovoltaic power generation. This solar-generated electricity charges the onboard lithium battery. The fully charged battery then powers the camera continuously, allowing it to record and stream video even without any sunlight.

At night and low light periods like dawn and dusk, when solar charging is not possible, the stored battery power keeps the HD intelligent solar energy alert PTZ cam functional. The amount of daily sunlight exposure and the size of the solar panel and battery determines how long the setup can run self-sufficiently without charging. Top-of-the-line models with large panels may achieve months of runtime in this manner.

How Do Solar Lights and Camera Work at Night? 

A key component of any Solar light and camera is its ability to see even after dusk. This is facilitated by the onboard infrared and white light modules.

At night, the infrared lights invisible to the human eye illuminate the scene up to 15-40 meters. The camera’s sensor is sensitive to these infrared wavelengths, allowing it to record sharp monochrome footage. Some models also offer a dual-light mode where both white and infrared illuminate together for enhanced visibility.

Advanced units have upgrades like full-color night vision. Here, the infrared lights are tuned to emit wavelengths in the border of visible light. Combined with infrared-sensitive imaging sensors, these Solar lights and cameras produce remarkably lifelike color video even in complete darkness.

Many variations also double the lights as effective security floodlights. Homeowners strategically positioning Solar lights and cameras can deter trespassers while lighting entryways for added safety after dusk without additional wiring costs. Recording starts automatically on any motion to identify sources.

Is there a difference between a Solar camera with light and one without light?

While outdoor security cameras harnessing the sun through solar power share core functional similarities, choosing one with or without integrated lighting depends on unique project needs.

Solar camera with light excels for perimeter monitoring where illumination extends operational range into hours of darkness. Built-in lights double as effective deterrents and area lighting.

A model without lights still records night video using IR sensors, adequate in locations with existing ambient light sources like street lamps. It saves on production costs and works well with a discretely mounted infrared illumination plug-in.

Factors like activity levels, property boundaries, budgets, and aesthetics determine the best-fit lighting configuration. Both achieve 24/7 solar-powered vigilance through an intelligent balance of energy harvesting and storage.

How far can a Solar camera with light see at night?

The coverage range at night depends significantly on the type and output of the Solar camera with the light’s illumination module. As a general estimate:

White light night vision extends 10-15 meters

The enhanced infrared LED shines up to 20-25 meters

Dual white+infrared setups double this to 40-50 meters

Higher-end CCTV models incorporating more powerful light sources and sensors boost nighttime visibility even beyond 75-100 meters under optimal conditions.

Weather, obstructions between the camera and subject, and ambient interference affecting signal clarity also impact useful viewing distances in darkness. Maintaining spotlessly clean lens casings maximizes transferred to light and sharpness of recordings outside solar hours as well.

How do I set up my HD intelligent solar energy alert PTZ cam?

Setting up an HD intelligent solar energy alert PTZ can involve several steps:

Mount the camera body on a stable wall or pole using mounting brackets in the sales package.

Attach the solar panel to the camera itself or near the mounting point ensuring maximum sunshine exposure.

Adjust camera tilt, pan, and zoom controls for the desired monitoring views and range.

Download the mobile app and activate WiFi or cellular connectivity.

Run through basic configurable options like motion sensitivity, recording quality, etc.

Insert a micro SD card if local storage is needed in addition to cloud backups.

Wait for batteries to charge fully on initial sun exposures before relying on recordings.

Carefully following the quick setup guide ensures everything is optimally configured for years of fuss-free automated vigilance powered. Remote monitoring and management are then just a tap away.

How do I access the video feeds from my Solar camera?

Real-time and recorded video access for all Solar light and camera models is provided through their compatible companion apps. Users simply need to:

Download the requisite app based on connectivity – e.g. Ubox.

Register the camera using credentials or by scanning a QR code affixed to the device during the initial setup linkage process.

Adjust camera feeds for ideal viewing angles using the app’s remote PTZ controls as needed.

Download and replay the video in the local storage interface or cloud storage interface on the APP.

Remote monitoring thus remains completely hassle-free and under the user’s control anytime, anywhere through a simple app installation.

What kind of data storage do Solar cameras with light have?

Nearly all modern Solar cameras with light provide dual storage through integrated micro SD memory cards as well as cloud backup:

Micro SD/TF cards slotted locally in cameras offer affordable expansion up to capacities of 128GB today for archiving many days of continuous recording.

Cloud storage uploads are fully encrypted and stored on remote servers accessible through dedicated mobile apps. Basic free allotments generally include 7-15 days of history with premium tiers extending this to 30-365 days.

While cloud backups ensure retrievable offsite copies, SD cards are indispensable for rapid police evidence collection in case of incidents. Some facilitate seamless switching between modes based on available memory to keep recordings uninterrupted. Together they optimize long-term monitoring reliability through Solar cameras with light’s hybrid storage design.

How much bandwidth does an HD intelligent solar energy alert PTZ use?

A key advantage of battery-powered HD intelligent solar energy alert PTZ can options over wired CCTV is their independence from local infrastructure demands. These completely self-sufficient security guards typically consume nominal internet data.

Factors influencing bandwidth utilization include:

Recording resolution (1080p using 3-5x more data than 720p)

Frame rates (30fps doubling 15fps usage)

Real-time streaming/remote viewing quality settings

Upload frequency for motion/event-triggered clips

On average, a single HD intelligent solar energy alert PTZ can maintain under 100-300MB monthly usage depending on the above conditions. Even continuous streaming remains marginal data consumers, making them network-friendly for rural, developing, or off-grid deployments. And versatile 4G models stay accessible anywhere cellular coverage exists.

Can solar cameras be used in cold weather?

While designed for resilience, extreme cold temperature exposures pose challenges for outdoor solar cameras reliant on battery power and moving mechanical parts:

Internal lubricants and seals stiffen, restricting pan/tilt smooth turning motions in sub-zero conditions.

Condensation forms as warmer, humid air comes in contact with frozen casings leading to frost/fogging issues.

However, adding insulation and occasionally recharging impacted batteries helps many models still function down to -20°C (-4°F) with reduced performance. Top-performing units designed for arctic zones often leverage accelerated heating circuits, larger batteries for higher overhead, and temperature-resistant composites.

Proper Antifreeze along with an occasional charge top-up keeps most surveillance going year-round even in cooler latitudes during daylight hours harnessing abundant winter solar energy.

How long is the warranty for a Solar light and camera?

Reliability being core to their value proposition, most reputed manufacturers back Solar light and camera installations with comprehensive warranties to uplift customer confidence:

Standard coverage spans 1-2 years against manufacturing defects from the purchasing date.

Some clauses also cover repair/replacement costs for accidental physical/liquid damages within the first 6 months.

Advanced units from industry pioneers boast extended 3-5-year comprehensive warranties to underscore lasting performance.

Due to variations in installation/maintenance standards, warranty duration may stand void under certain usage conditions detailed in their policies.

Beyond listed periods, continuous firmware updates, online troubleshooting support forums, and replacement part availability ensure most models remain usable for 5-10 years or longer with minimal maintenance expenses thanks to their tough, self-reliant designs.