Series PV6 Intelligent All In Two Solar Street Light

All In Two Solar Street Light Series PV6 delivers high-efficiency off-grid lighting with split-system innovation. Its detachable monocrystalline solar panel maximizes sun tracking, while the die-cast aluminum housing integrates LiFePO4 battery and MPPT controller for optimized heat dissipation and 5-10 years long lifespan. Providing 6300-25200lm professional-grade illumination compliant with EN 13201 standards, this weather-resistant (IP66, -10°C~60°C) system suits streets, parks, and parking areas. Tool-free connectors enable fast installation, with modular battery expansion up to 768Wh for customized energy needs.

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  • Luminous efficacy: 210lm/W with customized high efficiency LEDs
  • Split-system design: all in two design with detachable solar panel for high conversion
  • Charge algorithm: MPPT controller with ≥96% conversion ratio
  • Battery system: LiFePO4 battery pack with over 2000 cycles @80% depth of discharge (DoD)
  • Smart control: IoT remote communication, motion sensing (6-10m range), programmable timer dimming
  • Expandability: Customized solar street lighting solutions (battery, panel and dimming profile) are available
  • Operating range: -10℃~60℃
  • Easy for installation: Waterproof plug-and-play connector design
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Specification_Series pv6 All In Two Solar Street Light
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Installation Manual_Series pv6 All In Two Solar Street Light
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Our All in Two designed solar street lights for outdoor residential and public applications offer fully customizable options to suit all your off-grid solar lighting requirements. ZGSM Solar, combined with LED luminaires, provides a reliable lighting solution with a high Ingress Protection level that withstands high ambient temperatures and vandalism. These luminaires are sustainable off-grid performers with a superior lumen/watt ratio.

All In Two Solar Street Light
Integrated Solar Street Light
Series No Series PV6 Intelligent All in Two Solar Street Lights
Power 30W, 40W, 50W, 60W, 70W, 80W
Efficacy 210lm/W
Input Voltage DC 12/24V
Battery Spec 307WH-768WH
Solar Panel Spec Monocrystalline silicon 60W/80W/100W/120W/150W/160W
IP Rating IP66
IK Rating IK10
Light Distribution Type II
Mounting Option Side Entry
Warranty 3 Years
Certification CE, IEC, ROHS, LM79, IP66, IK10, LM80, TM-21, IEC62471
Control Motion sensor, PIR sensor, Timer dimming, Daylight sensor
FAQ'S

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All-In-Two solar street lights adopt a split design, with solar panels and LED light sources arranged independently, while lithium batteries are either integrated with solar panels or with LED light sources, which has the following core advantages:

  1. Limitations of All-In-One: Although All-In-One is easy to install, its fixed tilt design can easily lead to insufficient charging in winter in low-sunlight areas, which can cause the battery to be in a low-point state for a long time, thereby accelerating the attenuation rate of the lithium battery and ultimately shortening the battery life.
  2. Enhanced Solar Energy Utilization: The split structure allows adjustment of the solar panel tilt angle (optimized as local latitude ±10°), increasing daily energy generation efficiency a lot compared to All-In-One models with fixed angles.
  3. Flexible installation: The light source and solar panels can be adjusted independently, and the solar panels can be precisely aligned with the sun to maximize the efficiency of solar energy conversion. The light source can be flexibly placed to optimize the irradiation angle as needed, thereby optimizing the lighting design (uniformity and illumination).
  4. Cost-Efficient Maintenance: Modular design enables targeted replacement of faulty components (e.g., batteries or controllers), cutting maintenance costs by >60% versus All-In-One full-unit replacements.

Runtime depends on battery capacity, load power, and smart control algorithms. Below is a scenario analysis for a typical configuration:

System Specifications

LED Module: 40W (0-100% dimmable), Lithium Battery: 12.8V/42Ah (538Wh, 2000+ cycles), Solar Panel: 80W monocrystalline (STC efficiency ≥23%)

How it works?

Full-Charge Operation: Under continuous cloudy weather (no solar input), with intelligent time-based dimming: First 4 hours: 100% power (40W), Next 4 hours: 20% power (8W) + motion-triggered activation. Then we get daily energy consumption: (40W×4h) + (12W×4h) +(20W×4h)= 288Wh.

Runtime: 538Wh ÷ 288Wh/day ≈ 1.5 days.

Recharging Capacity: In regions with 4.5 peak sun hours daily: Daily solar input: 80W × 4.5h = 360Wh, which can meet the daily average load demand of 288Wh and achieve surplus charging.

This configuration can be stably applied to scenes that require all-night lighting, such as roads and parks. In standard mode, it can meet the lighting needs for 1.5 2 autonomy days. Through timer dimming technology, while meeting the lighting needs of different time periods, the system configuration can be further optimized to reduce government expenditure costs. If the microwave sensing function is additionally configured, the lighting time can be increased to 2 autonomy nights.