AI IoT Solar Street Light with GPS Anti-Theft Tracking HC-ZY-01

The HC-ZY-01 AI IoT solar street light combines GPS anti-theft tracking with remote lighting management. Review device locations and movement history to help trace unauthorized relocation and support recovery. Through the web platform or mobile app, operators can also check battery status and adjust lighting settings, helping manage installations across multiple sites with fewer routine visits.
  • GPS tracking helps you locate stolen solar street lights by showing their location and movement history

    GPS Anti-Theft Protection for AI IoT Solar Street Lights

    GPS tracking helps you locate stolen solar street lights by showing their location and movement history. Traditional anti-theft cages provide a physical barrier but offer no tracking once a light is taken. Our GPS anti-theft system gives maintenance teams useful location information to support recovery and protect lighting assets.
    Location updates and movement tracking require the tracking device to remain powered and connected to a supported communication network.
  • Sistema de control de alumbrado público solar mediante IA e IoT

    Sistema de iluminación inteligente con IA e IoT

    Manage your solar street lights remotely with our AI IoT smart lighting system. Check battery status, adjust brightness, and schedule lighting through a web or mobile platform. Fault alerts help maintenance teams identify problems earlier, while GPS tracking supports asset management, reducing unnecessary site visits and keeping maintenance more manageable.
  • AI IoT solar street light app showing operating status, GPS location and battery data

    Smart Solar Street Light Monitoring at Your Fingertips

    Know which lights need attention before sending a maintenance team. Our AI IoT lighting platform lets you check operating status, locate individual solar street lights, and view real-time battery, charging, and LED data from your phone. Clear device information helps teams troubleshoot remotely and plan site visits more efficiently.
  • CATL battery and sealed enclosure for solar street lights

    CATL Battery for Reliable Solar Street Lighting

    Our solar street lights use CATL batteries, with capacity selected to match your lighting schedule and local solar conditions. A suitable battery configuration helps reduce the risk of insufficient overnight power. The battery enclosure includes a silicone sealing ring to help protect against water ingress.
  • Conectores chapados en oro de 24 quilates para farolas solares fiables

    Secure Battery Connections for AI IoT Solar Street Lights

    Small connection problems can mean extra maintenance visits. Our solar street lights use 24K gold-plated connectors to maintain reliable electrical contact between the battery and lighting system. The secure connection supports consistent power delivery, helping reduce interruptions and keeping commercial solar lighting projects easier to maintain.
  • CREE 3030 and OSRAM 3030 LED chip options for solar street lights

    Solar Street Lights with CREE or OSRAM LED Chips

    Consistent brightness matters when choosing solar street lights for roads, industrial parks, and public spaces. Our fixtures use CREE 3030 or OSRAM 3030 LED chips to deliver bright, stable illumination. These LED chip options support custom solar street lighting solutions built around your project’s lighting requirements.
  • Solar street lighting illustration showing charging in cloudy weather

    Low-Light Charging for Solar Street Lights

    Cloudy skies don’t have to stop solar charging. Our solar street lights can collect available daylight during overcast and rainy weather, helping replenish the battery when sunshine is limited. Customizable controller settings help balance energy use and lighting needs, with charging output depending on local weather and sunlight conditions.
  • Pruebas fotométricas profesionales para farolas solares

    Solar Street Light Photometrics for Better Project Planning

    Choose solar street lights based on light coverage, not wattage alone. Photometric data shows light distribution and road-surface illuminance, helping you assess mounting height and pole spacing before installation. This gives engineers and project buyers a clearer basis for planning road lighting and identifying potential dark spots.
    Reference layout: 6 m mounting height and 12 m pole spacing. Results apply to the tested luminaire configuration; other layouts require a separate lighting calculation.
  • 100% Burn-In Testing for Solar Street Lights

    Every Solar Street Light Tested Before Shipment

    Finding a faulty light after installation costs time and labor. That’s why every solar street light undergoes testing before leaving our factory. From assembly checks to lighting and aging tests, our quality control process helps identify issues before shipment, reducing the risk of installation delays and early maintenance.
  • Solar street light installations showing daytime sites and nighttime illumination

    AI IoT Solar Street Lighting Projects in Practice

    Explore selected solar street lighting installations across roads, pathways, and parking areas. Daytime site views and nighttime photos help project buyers review installation arrangements and lighting coverage.

Werise AI IoT Solar Street Light with GPS Anti-Theft Tracking

Nombre de la marca levantarse
Número de modelo HC-ZY-01
Potencia de la lámpara (W) 25W-80W
Material de vivienda Aleación de aluminio
Fuente de alimentación Solar
Marca de chips CREE 3030 / OSRAM 3030
Controlador Control MPPT de IA para IoT (control por PC y aplicación), control de iluminación y control remoto.
Célula solar Mono-Si
Lente lente de PC
Ángulo del haz (°) 120 grados
Eficiencia luminosa de la lámpara (lm/w) 180-210 lm/W
Temperatura de color Ajuste de IA de 2300K a 6000K
Brillo ajustable Ajustable
Índice de reproducción cromática (Ra) >80
Proceso de dar un título CE, RoHS
Esperanza de vida 50000H
Luminaire Operating Temperature(℃) -50℃~ +60℃
Battery Charging Temperature -40℃~ +60℃
Clasificación IP IP65
Servicio de soluciones de iluminación Diseño de iluminación y circuitos, energía solar
Garantía De 3 a 5 años (dependiendo de la configuración)
instalar Montaje en poste o montaje en pared
Característica clave1 Amplia zona de iluminación
Característica clave2 Smart Solar Street Light Supplier
Característica clave3  Farola solar con IA e IoT
Solicitud carreteras, autopistas, aparcamientos, parques industriales, fábricas, caminos rurales, pueblos, escuelas, campus, zonas residenciales, municipios, zonas remotas, obras de construcción, almacenes, carreteras públicas

Presupuesto

Número de potencia. 25W 30W 60W 80W
Solar Panel Rated Power 18V 25W 18V 30W 18V 60W 18V 80W
Tamaño del panel solar 530*350*17mm 510*435*17mm 670*640*30mm 835*870*35mm
Capacidad de la batería 3,2 V 20 Ah 3,2 V 32 Ah 3,2 V 60 Ah 3,2 V 80 Ah
Battery Energy (Wh) 64Wh 102.4Wh 192 Wh 256 Wh
Marca LED CREE / OSRAM CREE / OSRAM CREE / OSRAM CREE / OSRAM
Tipo LED 3030 3030 3030 3030
Cantidad de LED 100 unidades 100 unidades 100 unidades 100 unidades
Tamaño de la lámpara 553 × 206 × 90 mm 553 × 206 × 90 mm 553 × 206 × 90 mm 553 × 206 × 90 mm
Altura de instalación 3-4 metros 4-5 metros 5-6 metros 6-8 metros

Operating hours depend on battery capacity, local solar conditions, and the programmed dimming schedule. Full-power operation and reduced-brightness operation have different energy requirements.

Estudios de caso de proyectos de alumbrado vial

See how solar street lights fit different project settings, from village pathways and public roads to parking areas

1. How does GPS anti-theft tracking help recover stolen solar street lights?

GPS positioning and movement history help operators trace a light after unauthorized relocation. Teams can review location information through the AI IoT platform to support investigation and recovery. Recovery depends on the device remaining powered and able to communicate.

2. What is the difference between GPS tracking and a traditional anti-theft cage?

An anti-theft cage provides a physical barrier around the lighting equipment. GPS tracking adds location visibility if the light is moved or stolen, giving operators information that a cage alone cannot provide. Both approaches can form part of an asset protection plan.

3. Can I manage solar street lights remotely?

Yes. The AI IoT lighting system supports remote management through a web platform or mobile app. Operators can check individual lights, switch lighting on or off, and adjust brightness and color temperature without visiting each installation.

4. What operating data can the AI IoT platform monitor?

The platform displays operating status, battery level, voltage, current, charging data, and LED output information. These readings help maintenance teams investigate performance issues remotely and decide which lights need an on-site inspection.

5. Can the solar street lighting configuration be customized?

Yes. LED chip options include CREE 3030 or OSRAM 3030, and the solar panel, battery, and lighting configuration can be selected around project requirements. Share your road dimensions, installation height, operating hours, and local sunlight conditions so we can discuss a suitable setup.

6. How do I choose the mounting height and pole spacing?

Start with your road width and required lighting coverage. Solar street light photometric data helps assess light distribution and road-surface illuminance at different layouts. The illustrated 6 m mounting height and 12 m spacing are a reference configuration, rather than a recommendation for every project.

7. Where can these solar street lights be installed?

Applications include public roads, village pathways, industrial parks, parking areas, and other outdoor spaces. The installation examples show daytime layouts and nighttime lighting results. Each project still needs an assessment of sunlight, shading, site conditions, and lighting requirements before the final configuration is selected.

Plan Your GPS-Enabled Solar Street Lighting Project

Share your project location, quantity, road dimensions, lighting schedule, and GPS tracking requirements. We can recommend a suitable lighting configuration and confirm network compatibility.

Request a Project Configuration

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