Series ALCA Split Type Solar Street Light

This split type solar street light uses a high-efficiency ALCA series LED street light head with 176 ml/W. The entire light is made of high-pressure die-cast aluminum and UV-treated tempered glass. The spring-lock design allows for tool-free disassembly of the light body, facilitating future maintenance and upgrades. The ALCA series split type solar street light integrates an energy storage control unit, which can intelligently control the charging of the solar panels and the discharging of the street light. The solar panel configuration can be customized according to customer needs. It is ideal for use in areas where wiring is impossible or where electricity is scarce.

Inquire Now Produit suivant

PRODUCT VIDEO

PRODUCT DESCRIPTION

Key Features

Wide power range: 30W~150W
High luminous efficacy up to 176lm/w
Monocrystalline silicon solar panels
Smart MPPT controller realizes intelligent control of lamps
High end battery improves the reliability of the luminaire
Capacity of panels and batteries can be customized
Long lifespan with L70>100000hrs
Multiple lighting control options are available, e.g. photocell, timer dimming, motion sensor

Specifications

Series No	Series PV7
Power	30W, 40W, 50W, 60W, 80W, 100W, 120W, 150W
Efficacy	176lm/W
Input Voltage	DC 12/24V
Battery Spec	230WH-1843WH or customized
Solar Panel Spec	Monocrystalline silicon 50-400W or customized
IP Rating	IP66
IK Rating	IK09
Light Distribution	Type II
Mounting Option	Side Entry
CCT	1800K, 2200K, 2700K, 3000K, 4000K, 5000K, 5700K,6500K
CRI	Ra>80
Operating Temperature	-10°C to + 60°C

FAQ

What are the differences between split-type and integrated solar streetlights?

Split Type Solar Street Light install the photovoltaic panel, lamp head, and battery separately, making them suitable for high-power scenarios such as main roads with high brightness requirements and complex lighting conditions. Integrated streetlights pack all these components into a single lamp head, emphasizing quick installation and small footprint, making them more suitable for small to medium-power scenarios such as courtyards and alleys where brightness requirements are lower.

In areas with frequent cloudy and rainy days, which type of solar streetlight performs more stably and reliably?

In areas with frequent cloudy and rainy days, split-type solar streetlights (equipped with large-size monocrystalline silicon photovoltaic panels + lithium iron phosphate batteries + MPPT controllers) perform more stably and reliably.

Main reasons: Solar panels can be installed independently in terms of orientation and tilt, without being limited by the lamp head direction, maximizing the capture of limited sunlight on cloudy and rainy days. Furthermore, monocrystalline silicon has a higher conversion efficiency than polycrystalline silicon under low light conditions.

The battery capacity can be increased as needed (e.g., with a large-capacity lithium iron phosphate battery), easily meeting local requirements for 3-5 days or even longer of operation in cloudy or rainy weather, whereas integrated designs are usually limited by space constraints in the lamp head, making it difficult to achieve large capacities.

Best heat dissipation and lifespan: the battery and controller can be installed separately at the bottom of the lamp post or in an underground box, avoiding the impact of long-term high temperature and humidity on lifespan.

The MPPT controller can charge more efficiently in low-light conditions, and its power replenishment capability in cloudy or rainy weather is significantly stronger than that of ordinary PWM controllers.