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HINERGY double arm solar street light is a type of outdoor lighting system that uses solar energy to power two separate light fixtures mounted on opposite sides of a single pole. Each fixture contains its own set of LEDs, providing broader and more uniform illumination for streets, roads, or large open areas.
Hinergy all in two double arm solar street light pole have wider illumination coverage due to dual light sources, reducing the number of poles needed and thereby saving on installation costs. Solar for led streetlight is also eco-friendly, require minimal maintenance, and offer cost savings in the long term by eliminating electricity bills.
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Solar Powered Led Streetlight Double Arm Pole | Sensor Street Light
Integrated Design: Hinergy solar LED streetlights unifies the solar panel, LED Light, lithium battery, and controller into one lighting fixture, facilitating effortless installation and maintenance.
High Conversion Efficiency: Outdoor waterproof IP65 led street lights with solar use N-type monocrystalline solar cells, with a maximum efficiency of up to 23% and excellent low-light performance.
Sturdy Lamp Body: This endurance solar for street lights boast high-strength, die-cast aluminum alloy construction for corrosion resistance, optimal thermal conductivity, and lasting durability, ensuring enhanced performance and longevity.
Intelligent System: The stand-alone sensor street light system has a microwave sensing device and a battery management system to effectively control the safe and effective operation of the entire system.
Multi-mode Lighting: Solar induction street light with remote can set the lighting time and brightness according to different use scenarios, so as to more effectively use the battery capacity and extend the life of the lighting system.
Easy Installation: Integrated solar street lights with all-in-two design eliminates the need for separate component installations, wiring, and additional labor, making it a cost-effective and efficient lighting solution for various applications.
| DATASHEET | HNL10W-FP | HNL20W-FP | HNL30W-FP | HNL40W-FP | HNL50W-FP | HNL60W-FP |
| LIGHT SOURCE | ||||||
| Rated Output Power | 10W | 20W | 30W | 40W | 50W | 60W |
| Luminous Flux | 1500 LM | 3000 LM | 4200 LM | 5600 LM | 7000 LM | 8400 LM |
| Color Temperature | 3000-6500K (5000K Default) | |||||
| LED Chip | Bridgelux 5050 LED Chip or Cree 3030 LED Chip | |||||
| Beam Angle(°) | 140 x 70 for Road Lighting(Default), 150 x 80 for Area Lighting(Optional) | |||||
| SOLAR PANEL | ||||||
| Rated Output Power | 40W | 50W | 60W | 60W | 80W | 80W |
| Working Voltage | 18V | 18V | 18V | 18V | 18V | 18V |
| Adjustable Bracket | Monocrystalline solar panel can be adjusted by 360° horizontally direction; 180° vertically direction | |||||
| BATTERY MANAGEMENT SYSTEM (BMS) | ||||||
| Battery Capacity | 115.2 Wh | 153.6 Wh | 192 Wh | 230.4 Wh | 268.8 Wh | 307.2 Wh |
| Battery Voltage | 12.8V*9Ah | 12.8V*12Ah | 12.8V*15Ah | 12.8V*18Ah | 12.8V*21Ah | 12.8V*24Ah |
| Battery Type | LiFePO4 Battery (Lithium-ion Ferrous Phosphate) Lifespan: 8 years+ | |||||
| INSTALLATION SUGGESTION | ||||||
| Mounting Height Range | 3~5 M | 3~5 M | 5~6 M | 6~7 M | 6~8 M | 7~8 M |
| Mounting Distance Range | 8~10M | 10~13 M | 12~15 M | 14~17 M | 16~19 M | 19~21 M |
| Lamp Pole Top Diameter | 60~76MM | 60~76MM | 60~76MM | 60~76MM | 60~76MM | 60~76MM |
| WORKING PERFORMANCE | ||||||
| Charging Time | 5-7 Hours | |||||
| Lighting Time | Continuously 4-5 rainy days,12 hours per night (Energy-Saving Mode) | |||||
| Control Modes | ①Light Control ②Timing Control ③ Microwave Control ④Timeing +Microwave Control | |||||
| Working Temperature | -25 ° ~+65 °C | |||||
What is a double arm solar street light?
A double arm solar street light is a type of outdoor lighting system that uses solar energy to power two separate light fixtures mounted on opposite sides of a single pole. Each fixture contains its own set of LEDs, providing broader and more均匀的 illumination for streets, roads, or large open areas.
How does a solar led streetlight work?
These ourdoor IP65 street lights work by capturing sunlight through solar panels, which convert it into electrical energy. This energy is stored in a rechargeable battery. At night, the stored power is used to operate both light fixtures. They typically have a control system that manages the charging process and automatic on/off functionality based on ambient light levels.
What are the benefits of using a double arm solar street light?
Benefits include wider illumination coverage due to dual light sources, reducing the number of poles needed and thereby saving on installation costs. They're also eco-friendly, require minimal maintenance, and offer cost savings in the long term by eliminating electricity bills.
Are these semi integrated solar street lights suitable for all climates?
Yes, solar powered streetlights are designed to withstand various weather conditions, including rain, snow, and heat. However, their performance can be affected by prolonged periods of cloud cover or heavy snow blocking the solar panels. Proper installation and regular cleaning of panels are essential for optimal operation.
How is the installation process for all in two integrated solar street light?
Installation involves securing the pole into the ground, attaching the solar panels, batteries, and light fixtures to the pole, and wiring them together. Professional installation is often recommended to ensure proper alignment of the solar panels for maximum sun exposure and adherence to local codes.
What is the typical height of a bright solar street light pole with remote?
The standard height ranges from 6 meters to 12 meters, depending on the lighting requirements and the area to be illuminated. Taller poles are generally used for wider roads or open spaces where greater illumination reach is necessary.
How long can the best solar led street lights be fully charged?
Battery life depends on factors such as the capacity of the battery, the power consumption of the LED lights, and the duration of nightly usage. Generally, a well-designed solar powered street light with motion sensor can provide continuous lighting for several nights, even during periods of less sunlight.
Do these lights come with motion sensors?
While not all models include motion sensors, many modern double arm solar street lights can be equipped with this feature. Motion sensors can enhance energy efficiency by increasing light output when movement is detected and reducing it when the area is inactive.
What kind of maintenance do semi integrated solar street light require?
Maintenance is relatively low but includes periodic cleaning of the solar panels to ensure efficient energy collection, checking and replacing batteries as needed (typically every 3-5 years), and inspecting the light fixtures for any damage or wear.
Are solar street light with pole cost-effective compared to traditional street lights?
Although the upfront cost might be higher, double arm solar street lights can be more cost-effective over their lifetime due to zero electricity costs, reduced maintenance needs, and potential savings from avoided trenching and wiring expenses associated with traditional lighting systems.
Solar Powered LED Streetlights with Double Arm Poles find diverse applications across urban, suburban, and rural settings due to their efficiency, sustainability, and versatility. Here are some key application areas for these lighting systems:
Roadways and Highways: Double arm solar streetlights are ideal for illuminating two-lane roads, highways, and boulevards. The symmetrical distribution of light from both arms ensures uniform visibility and enhances safety for drivers and pedestrians.
Public Spaces: Parks, squares, and recreational areas benefit from these lights, which provide ample, evenly distributed light without the need for extensive underground cabling or grid connections, preserving the natural aesthetics of the environment.
Residential Areas: In gated communities, apartment complexes, and residential streets, these lights offer a cost-effective and eco-friendly solution for night-time illumination, improving security and resident comfort.
Commercial and Industrial Zones: Warehouse complexes, business parks, and large commercial facilities often utilize double arm solar streetlights for their energy efficiency and low maintenance requirements, contributing to sustainability goals and operational cost reduction.
Pedestrian Walkways and Bike Paths: The adjustable nature of LED lighting allows for precise illumination of pathways, ensuring safety for pedestrians and cyclists without causing light pollution or disturbance to nearby habitats.
Emergency and Disaster Relief: In post-disaster situations or remote areas without reliable power infrastructure, solar-powered streetlights can be rapidly deployed to provide essential lighting for rescue operations, temporary shelters, and emergency response centers.
University Campuses and School Grounds: Educational institutions increasingly opt for solar lighting to create sustainable campuses, enhance safety, and reduce energy costs. Double arm setups effectively light up parking lots, walkways, and open spaces.
Rural Roads and Remote Areas: Where grid connectivity is limited or nonexistent, these self-sufficient lighting systems offer a reliable solution for illuminating rural roads, village streets, and farm-to-market paths, improving accessibility and community safety.
Marinas and Coastal Areas: Solar LED streetlights with corrosion-resistant materials are suitable for installation in coastal regions and marinas, providing illumination without the risks associated with traditional wired systems near water.
Outdoor Sports Facilities: Stadium perimeters, jogging tracks, and outdoor sports courts often use double arm solar lighting to extend usable hours into the evening while maintaining an environmentally conscious approach.
In summary, solar-powered LED streetlights with double arm poles serve as versatile lighting solutions that cater to a wide array of applications, promoting energy independence, sustainability, and improved public safety.
Solar Powered Led Streetlight Double Arm Pole | Sensor Street Light
Integrated Design: Hinergy solar LED streetlights unifies the solar panel, LED Light, lithium battery, and controller into one lighting fixture, facilitating effortless installation and maintenance.
High Conversion Efficiency: Outdoor waterproof IP65 led street lights with solar use N-type monocrystalline solar cells, with a maximum efficiency of up to 23% and excellent low-light performance.
Sturdy Lamp Body: This endurance solar for street lights boast high-strength, die-cast aluminum alloy construction for corrosion resistance, optimal thermal conductivity, and lasting durability, ensuring enhanced performance and longevity.
Intelligent System: The stand-alone sensor street light system has a microwave sensing device and a battery management system to effectively control the safe and effective operation of the entire system.
Multi-mode Lighting: Solar induction street light with remote can set the lighting time and brightness according to different use scenarios, so as to more effectively use the battery capacity and extend the life of the lighting system.
Easy Installation: Integrated solar street lights with all-in-two design eliminates the need for separate component installations, wiring, and additional labor, making it a cost-effective and efficient lighting solution for various applications.
| DATASHEET | HNL10W-FP | HNL20W-FP | HNL30W-FP | HNL40W-FP | HNL50W-FP | HNL60W-FP |
| LIGHT SOURCE | ||||||
| Rated Output Power | 10W | 20W | 30W | 40W | 50W | 60W |
| Luminous Flux | 1500 LM | 3000 LM | 4200 LM | 5600 LM | 7000 LM | 8400 LM |
| Color Temperature | 3000-6500K (5000K Default) | |||||
| LED Chip | Bridgelux 5050 LED Chip or Cree 3030 LED Chip | |||||
| Beam Angle(°) | 140 x 70 for Road Lighting(Default), 150 x 80 for Area Lighting(Optional) | |||||
| SOLAR PANEL | ||||||
| Rated Output Power | 40W | 50W | 60W | 60W | 80W | 80W |
| Working Voltage | 18V | 18V | 18V | 18V | 18V | 18V |
| Adjustable Bracket | Monocrystalline solar panel can be adjusted by 360° horizontally direction; 180° vertically direction | |||||
| BATTERY MANAGEMENT SYSTEM (BMS) | ||||||
| Battery Capacity | 115.2 Wh | 153.6 Wh | 192 Wh | 230.4 Wh | 268.8 Wh | 307.2 Wh |
| Battery Voltage | 12.8V*9Ah | 12.8V*12Ah | 12.8V*15Ah | 12.8V*18Ah | 12.8V*21Ah | 12.8V*24Ah |
| Battery Type | LiFePO4 Battery (Lithium-ion Ferrous Phosphate) Lifespan: 8 years+ | |||||
| INSTALLATION SUGGESTION | ||||||
| Mounting Height Range | 3~5 M | 3~5 M | 5~6 M | 6~7 M | 6~8 M | 7~8 M |
| Mounting Distance Range | 8~10M | 10~13 M | 12~15 M | 14~17 M | 16~19 M | 19~21 M |
| Lamp Pole Top Diameter | 60~76MM | 60~76MM | 60~76MM | 60~76MM | 60~76MM | 60~76MM |
| WORKING PERFORMANCE | ||||||
| Charging Time | 5-7 Hours | |||||
| Lighting Time | Continuously 4-5 rainy days,12 hours per night (Energy-Saving Mode) | |||||
| Control Modes | ①Light Control ②Timing Control ③ Microwave Control ④Timeing +Microwave Control | |||||
| Working Temperature | -25 ° ~+65 °C | |||||
What is a double arm solar street light?
A double arm solar street light is a type of outdoor lighting system that uses solar energy to power two separate light fixtures mounted on opposite sides of a single pole. Each fixture contains its own set of LEDs, providing broader and more均匀的 illumination for streets, roads, or large open areas.
How does a solar led streetlight work?
These ourdoor IP65 street lights work by capturing sunlight through solar panels, which convert it into electrical energy. This energy is stored in a rechargeable battery. At night, the stored power is used to operate both light fixtures. They typically have a control system that manages the charging process and automatic on/off functionality based on ambient light levels.
What are the benefits of using a double arm solar street light?
Benefits include wider illumination coverage due to dual light sources, reducing the number of poles needed and thereby saving on installation costs. They're also eco-friendly, require minimal maintenance, and offer cost savings in the long term by eliminating electricity bills.
Are these semi integrated solar street lights suitable for all climates?
Yes, solar powered streetlights are designed to withstand various weather conditions, including rain, snow, and heat. However, their performance can be affected by prolonged periods of cloud cover or heavy snow blocking the solar panels. Proper installation and regular cleaning of panels are essential for optimal operation.
How is the installation process for all in two integrated solar street light?
Installation involves securing the pole into the ground, attaching the solar panels, batteries, and light fixtures to the pole, and wiring them together. Professional installation is often recommended to ensure proper alignment of the solar panels for maximum sun exposure and adherence to local codes.
What is the typical height of a bright solar street light pole with remote?
The standard height ranges from 6 meters to 12 meters, depending on the lighting requirements and the area to be illuminated. Taller poles are generally used for wider roads or open spaces where greater illumination reach is necessary.
How long can the best solar led street lights be fully charged?
Battery life depends on factors such as the capacity of the battery, the power consumption of the LED lights, and the duration of nightly usage. Generally, a well-designed solar powered street light with motion sensor can provide continuous lighting for several nights, even during periods of less sunlight.
Do these lights come with motion sensors?
While not all models include motion sensors, many modern double arm solar street lights can be equipped with this feature. Motion sensors can enhance energy efficiency by increasing light output when movement is detected and reducing it when the area is inactive.
What kind of maintenance do semi integrated solar street light require?
Maintenance is relatively low but includes periodic cleaning of the solar panels to ensure efficient energy collection, checking and replacing batteries as needed (typically every 3-5 years), and inspecting the light fixtures for any damage or wear.
Are solar street light with pole cost-effective compared to traditional street lights?
Although the upfront cost might be higher, double arm solar street lights can be more cost-effective over their lifetime due to zero electricity costs, reduced maintenance needs, and potential savings from avoided trenching and wiring expenses associated with traditional lighting systems.
Solar Powered LED Streetlights with Double Arm Poles find diverse applications across urban, suburban, and rural settings due to their efficiency, sustainability, and versatility. Here are some key application areas for these lighting systems:
Roadways and Highways: Double arm solar streetlights are ideal for illuminating two-lane roads, highways, and boulevards. The symmetrical distribution of light from both arms ensures uniform visibility and enhances safety for drivers and pedestrians.
Public Spaces: Parks, squares, and recreational areas benefit from these lights, which provide ample, evenly distributed light without the need for extensive underground cabling or grid connections, preserving the natural aesthetics of the environment.
Residential Areas: In gated communities, apartment complexes, and residential streets, these lights offer a cost-effective and eco-friendly solution for night-time illumination, improving security and resident comfort.
Commercial and Industrial Zones: Warehouse complexes, business parks, and large commercial facilities often utilize double arm solar streetlights for their energy efficiency and low maintenance requirements, contributing to sustainability goals and operational cost reduction.
Pedestrian Walkways and Bike Paths: The adjustable nature of LED lighting allows for precise illumination of pathways, ensuring safety for pedestrians and cyclists without causing light pollution or disturbance to nearby habitats.
Emergency and Disaster Relief: In post-disaster situations or remote areas without reliable power infrastructure, solar-powered streetlights can be rapidly deployed to provide essential lighting for rescue operations, temporary shelters, and emergency response centers.
University Campuses and School Grounds: Educational institutions increasingly opt for solar lighting to create sustainable campuses, enhance safety, and reduce energy costs. Double arm setups effectively light up parking lots, walkways, and open spaces.
Rural Roads and Remote Areas: Where grid connectivity is limited or nonexistent, these self-sufficient lighting systems offer a reliable solution for illuminating rural roads, village streets, and farm-to-market paths, improving accessibility and community safety.
Marinas and Coastal Areas: Solar LED streetlights with corrosion-resistant materials are suitable for installation in coastal regions and marinas, providing illumination without the risks associated with traditional wired systems near water.
Outdoor Sports Facilities: Stadium perimeters, jogging tracks, and outdoor sports courts often use double arm solar lighting to extend usable hours into the evening while maintaining an environmentally conscious approach.
In summary, solar-powered LED streetlights with double arm poles serve as versatile lighting solutions that cater to a wide array of applications, promoting energy independence, sustainability, and improved public safety.
