Solar Street Lights?
Why Choose Our Solar Street Lights?
Install our solar street lights for reliable and cost-effective solutions. We manufacture and supply high-quality street lights that are competitively priced and have an exceptionally low complaint rate.
What are different types of Solar Street Lights?
Depending on application, required backup, height of installation, there can be many types of solar streetlights. Broadly there are two types of solar lights.
- Conventional solar street light: These types of street lights are straight forward having external battery in a box works automatically dusk to dawn may indicate different status through multicolor LED.
- Smart solar street lights: These lights are designed to spend stored energy wisely and keeps the customer well informed about the status of light. Mostly available with lithium battery and having motion sensors. Other features like status of light are indicated through Green, Red LED. Also, some advance feature like updating health status through Bluetooth or through internet connection. Types of Smart Lights: Semi-integrated & All-in-One.
Solar High-Mast: These lights are mostly designed for area requires high brightness, full night.
What are the different components of Solar Street Light?
1. LED Luminary: Provides energy-efficient lighting.
2. Lithium-Ion Battery: Stores energy generated by the solar panel.
3. Motion Sensor: Enhances energy savings by adjusting brightness based on movement.
4. Solar Charge Controller: Regulates the charging and discharging of the battery.
5. Solar Panels: Capture sunlight and convert it into electricity.
Semi-Integrated
Semi-Integrated or Two-in-One Solar Street light. Having separate solar panel but LED having inbuilt battery and attached to the same pole
All-in-One
All-in-One or Integrated Solar Street light. Having LED, battery and controller housed inside the solar panel, is a single unit product
Conventional
Conventional Solar Street light. Having separate solar panel, separate LED Luminary and separate battery housed in a box attached to the same pole
High-Mast
Hight-Mast Solar Street light is generally mounted over an octagonal high height pole. Having multiple flood lights, charge controller, battery and solar panels placed at the top of the pole
Semi-Integrated Solar Street Light (ISSL)
SEMI-INTEGRATED SOLAR STREET LIGHTS
Semi-integrated solar street lights are available in a variety of wattages including 9W, 12W, 15W, 18W, 20W, 25W, 30W, 35W, 40W, 45W, and 50W, with different configurations for programming, motion sensors, batteries, and solar panels. They offer a highly efficient and sustainable solution for outdoor lighting needs.
CONSTRUCTION
Semi-integrated solar street lights combine the LED, driver, battery, charger, and motion sensor, all housed in a robust aluminium-alloy pressure die-cast (PDC) enclosure. This casing is IP65-rated, ensuring protection against water and dust, making it ideal for outdoor use. The solar panel is mounted facing south on the provided structure to ensure optimal exposure to sunlight, regardless of the luminary’s direction, thereby maximizing energy generation.
MAIN COMPONENTS OF SEMI-INTEGRATED SOLAR STREET LIGHTS
LEDs: High-lumen multi-LEDs (1W each) from renowned brands such as Philips or Osram are used to ensure maximum brightness and efficiency.
LED DRIVER: A boost-type LED driver ensures stable voltage and current to the LEDs for consistent performance.
BATTERY: These lights are powered by either Lithium Ferro Phosphate (LiFePO4) or Lithium-ion batteries, which are charged during the day and supply power at night.
BATTERY CHARGER: A PWM or MPPT charger safely charges the battery and prevents reverse current flow from the panel.
PIR MOTION SENSOR: Equipped with a Panasonic PIR motion sensor with a 12m range, these lights intelligently adjust brightness to conserve battery life based on surrounding activity.
SOLAR PANEL: The panel generates energy from sunlight to charge the battery, with placement optimized for maximum sunlight exposure.
PERFORMANCE
Semi-integrated solar street lights outperform integrated (All-in-One) solar lights and traditional solar street lights in terms of efficiency, battery management, and longevity. The separation of the solar panel and luminary provides flexibility and ensures better energy harvesting.
PHYSICAL PROTECTION
Compared to other types of solar street lights, semi-integrated models offer enhanced security against battery theft. The battery is safely housed inside the luminary, reducing vulnerability.
MAINTENANCE AND RETROFITTING
Maintaining and retrofitting semi-integrated solar street lights is easier than with integrated or conventional models. The modular design allows for quick component replacement, making it a practical option for long-term use.
PRICE COMPARISON
Semi-integrated solar street lights offer excellent value for money. Their design requires a smaller battery and solar panel, reducing the overall cost without compromising performance. Since no external battery box is needed, this design also saves on installation costs and material.
WORKING OF SEMI-INTEGRATED SOLAR STREET LIGHTS
The operation of semi-integrated solar street lights is simple and efficient. During the day, the solar panel absorbs sunlight and converts it into electrical energy, which is stored in the battery. As dusk falls and the energy drops below a preset threshold, the microcontroller automatically switches on the LED. The brightness is regulated through factory-set programming, with the option of PIR motion sensor integration for additional energy savings. Special multi-step programming can also be configured upon request.
| SPECIFICATION | MODEL DETAILS |
|---|---|
|
MODEL ISSL: |
12W/ 15W/ 18W/ 20W/ 25W/ 30W/ 35W/ 40W/ 45W/ 50W – Cool white, 50K working hours |
|
LED LUMENS |
1200Lm/ 1500Lm/ 1800Lm/ 2000Lm/ 2500Lm/ 3000Lm/ 3500Lm/ 4000Lm/ 4500Lm/ 5000Lm – Philips, IEC approved |
|
SOLAR PANEL |
40Wp/ 50Wp/ 60Wp/ 60Wp/ 60Wp/ 60Wp/ 75Wp/ 100Wp/ 100Wp/ 125Wp – Monocrystalline, IEC approved |
|
BATTERY |
12Ah/ 12Ah/ 18Ah/ 18Ah/ 24Ah/ 30Ah/ 30Ah/ 36Ah/ 42Ah/ 48Ah Lithium-Ferro-Phosphate (LiFePO4), BIS approved |
|
DUTY CYCLE |
12hr per night/ D2D |
|
WORKING |
Full bright (100%) on detection of any motion else dim (25% bright) |
|
CHARGING TIME |
4hr – 6hr per day |
|
BACKUP HOURS |
12hr – 36hr once battery is fully charged |
|
MOTION SENSOR |
PIR motion sensor 12m range, Panasonic |
|
LUMINARY MATERIAL |
Aluminum alloy, PDC |
|
PROTECTION |
IP65/ Short circuit, Over load, Deep discharge, Over charge, Reverse polarity, No load, as per MNRE specifications |
|
LED INDICATIONS |
RED: Low battery, not charging / GREEN: Charging, Battery full charged |
|
WARRANTY |
3 Years, Offsite |
All-in-One Solar Street Lights (AiO)
ALL-in-ONE SOLAR STREET LIGHTS
All in One (Integrated) solar street lights are available in a variety of wattages including 12W, 15W, 18W, 20W, 25W, 30W, 35W, 40W, 45W, and 50W with different programming configurations, motion sensors, batteries, and solar panels. They offer a DIY installation and sustainable solution for outdoor lighting needs. All in one solar streetlight is suitable for easy and quick installations.
CONSTRUCTION
All in One solar street light is a combination of solar panel, LED, driver, battery, charger, and motion sensor, all housed in a robust MS powder coated enclosure. This casing is IP65-rated, ensuring protection against water and dust, making it ideal for outdoor use. The solar panel is mounted just opposite to LED light with inbuilt structure for installation and no wire connection is required.
MAIN COMPONENTS OF ALL IN ONE SOLAR STREET LIGHTS
LEDs: High-lumen multi-LEDs (1W each) from renowned brands such as Philips or Osram are used to ensure maximum brightness and efficiency.
LED DRIVER: A boost-type LED driver ensures stable voltage and current to the LEDs for consistent performance.
BATTERY: These lights are powered by either Lithium Ferro Phosphate (LiFePO4) or Lithium-ion batteries, which are charged during the day and supply power at night.
BATTERY CHARGER: A PWM or MPPT charger safely charges the battery and prevents reverse current flow from the panel.
PIR MOTION SENSOR: Equipped with a Panasonic PIR motion sensor with a 12m range, these lights intelligently adjust brightness to conserve battery life based on surrounding activity.
SOLAR PANEL: The panel generates energy from sunlight to charge the battery, with placement optimized for maximum sunlight exposure.
PERFORMANCE
All in One solar street lights having good efficiency, battery management and longevity. This single unit product does not require any monitering just install and forgot it works automatically every night.
PHYSICAL PROTECTION
Compared to other types of solar street lights, All-in-One models offer enhanced security against battery theft. The battery and other electronics are safely housed inside the MS housing, reducing vulnerability.
MAINTENANCE AND RETROFITTING
Maintaining and retrofitting of All-in-One solar street lights not that easier compared with semi-integrated or conventional models. But modular design allows for quick component replacement, making it a practical option for long-term use.
PRICE COMPARISON
All-in-One solar street lights offers value for money. Their design requires a smaller battery and solar panel, reducing the overall cost without compromising performance. Since no external battery box is needed, this design also saves on installation costs and material, its a perfect fit for DIY.
WORKING OF ALL-in-ONE SOLAR STREET LIGHTS
The operation of All-in-One solar street lights is simple and efficient. During the day, the solar panel absorbs sunlight and converts it into electrical energy, which is stored in the battery. As dusk falls and the energy drops below a preset threshold, the microcontroller automatically switches on the LED. The brightness is regulated through factory-set programming, with the option of PIR motion sensor integration for additional energy savings. Special multi-step programming can also be configured upon request.
| SPECIFICATION | MODEL DETAILS |
|---|---|
|
MODEL AiO: |
12W/ 15W/ 18W/ 20W/ 25W/ 30W/ 35W/ 40W/ 45W/ 50W – Cool white, 50K working hours |
|
LED LUMENS |
1200Lm/ 1500Lm/ 1800Lm/ 2000Lm/ 2500Lm/ 3000Lm/ 3500Lm/ 4000Lm/ 4500Lm/ 5000Lm – Philips, IEC approved |
|
SOLAR PANEL |
40Wp/ 50Wp/ 60Wp/ 60Wp/ 60Wp/ 60Wp/ 75Wp/ 100Wp/ 100Wp/ 125Wp – Monocrystalline, IEC approved |
|
BATTERY |
12Ah/ 12Ah/ 18Ah/ 18Ah/ 24Ah/ 30Ah/ 30Ah/ 36Ah/ 42Ah/ 48Ah Lithium-Ferro-Phosphate (LiFePO4), BIS approved |
|
DUTY CYCLE |
12hr per night/ D2D |
|
WORKING |
Full bright (100%) on detection of any motion else dim (25% bright) |
|
CHARGING TIME |
4hr – 6hr per day |
|
BACKUP HOURS |
12hr – 36hr once battery is fully charged |
|
MOTION SENSOR |
PIR motion sensor 12m range, Panasonic |
|
LUMINARY MATERIAL |
MS powder coated |
|
PROTECTION |
IP65/ Short circuit, Over load, Deep discharge, Over charge, Reverse polarity, No load, as per MNRE specifications |
|
LED INDICATIONS |
RED: Low battery, not charging / GREEN: Charging, Battery full charged |
|
WARRANTY |
3 Years, Offsite |
Conventional Solar Street Light (SSL)
CONVENTIONAL SOLAR STREET LIGHTS
Conventional solar streetlights are available in a variety of wattages including 9W, 12W, 15W, 18W, 20W, 25W, 30W, 35W, 40W, 45W, and 50W with different configurations programming, solar panels and battery which is placed in an external MS powder coated or PVC box. They offer a highly efficient and sustainable solution for outdoor lighting, where full bright full night backup is required for many nights.
CONSTRUCTION
Conventional solar streetlights are a combination of LED, driver, battery and charger, all parts housed in a robust aluminum-alloy pressure die-cast (PDC) enclosure. This casing is IP65-rated, ensuring protection against water and dust, making it ideal for outdoor use. The solar panel is mounted facing south on the provided structure to ensure optimal exposure to sunlight, regardless of the luminary’s direction, thereby maximizing energy generation.
MAIN COMPONENTS OF CONVENTIONAL SOLAR STREET LIGHTS
LEDs: High-lumen multi-LEDs (1W each) from renowned brands such as Philips or Osram are used to ensure maximum brightness and efficiency.
LED DRIVER: A boost-type LED driver ensures stable voltage and current to the LEDs for consistent performance.
BATTERY: These lights are powered by either SMF, LA, Lithium Ferro Phosphate (LiFePO4) or Lithium-ion batteries, which are charged during the day and supply power at night.
BATTERY CHARGER: A PWM or MPPT charger safely charges the battery and prevents reverse current flow from the panel.
SOLAR PANEL: The panel generates energy from sunlight to charge the battery with placement optimized for maximum sunlight exposure.
PERFORMANCE
Conventional solar streetlights outperform Sei-integrated and integrated (All-in-One) solar lights in terms of brightness, backup and longevity. The separation of the solar panel, battery and luminary provides flexibility and ensures better energy harvesting and storing.
PHYSICAL PROTECTION
Compared to other types of solar streetlights, conventional models are less secured against battery theft. The battery is placed in MS box increasing vulnerability.
MAINTENANCE AND RETROFITTING
Maintaining and retrofitting conventional solar streetlights is difficult and requires technical expertise for installation and maintenance. This design allows big size of battery for long backup and less down day per year making it a practical option for long-term use.
PRICE COMPARISON
Conventional solar streetlights are always expensive compared to any other type of lights. Their design requires a big size battery and solar panel, increasing the overall cost, but is most reliable and having very few down days per year.
WORKING OF CONVENTIONAL SOLAR STREET LIGHTS
The operation of conventional solar streetlight is simple and efficient. During the day, the solar panel absorbs sunlight and converts it into electrical energy, which is stored in the battery. As dusk falls and the energy drops below a preset threshold, the microcontroller automatically switches on the LED. The brightness is regulated through factory-set programming. Special multi-step programming can also be configured upon request.
| SPECIFICATION | MODEL DETAILS |
|---|---|
|
MODEL SSL: |
12W/ 15W/ 18W/ 20W/ 25W/ 30W/ 35W/ 40W/ 45W/ 50W – Cool white, 50K working hours |
|
LED LUMENS |
1200Lm/ 1500Lm/ 1800Lm/ 2000Lm/ 2500Lm/ 3000Lm/ 3500Lm/ 4000Lm/ 4500Lm/ 5000Lm – Philips, IEC approved |
|
SOLAR PANEL |
40Wp/ 50Wp/ 60Wp/ 60Wp/ 60Wp/ 60Wp/ 75Wp/ 100Wp/ 100Wp/ 125Wp – Monocrystalline, IEC approved |
|
BATTERY |
12Ah/ 12Ah/ 18Ah/ 18Ah/ 24Ah/ 30Ah/ 30Ah/ 36Ah/ 42Ah/ 48Ah Lithium-Ferro-Phosphate (LiFePO4), BIS approved |
|
DUTY CYCLE |
12hr per night/ D2D |
|
WORKING |
Full bright (100%) full night |
|
CHARGING TIME |
4hr – 8hr per day |
|
BACKUP HOURS |
12hr – 36hr once battery is fully charged |
|
LUMINARY MATERIAL |
MS powder coated |
|
PROTECTION |
IP65/ Short circuit, Over load, Deep discharge, Over charge, Reverse polarity, No load, as per MNRE specifications |
|
LED INDICATIONS |
RED: Low battery, not charging / GREEN: Charging, Battery full charged |
|
WARRANTY |
3 Years, Offsite |
High-Mast Solar Street Light
HIGH MAST SOLAR STREET LIGHTS
High Mast solar streetlights are generally installed in multi number on a octagonal pole from Two number to sixteen number on single pole along with a solar panels and battery (inside a MS box) which is placed on a ring shaped mounting structure. They offer a highly efficient and sustainable solution for outdoor lighting, where full bright full night backup is required. Backup may vary from one night to 3 nights.
CONSTRUCTION
High-Mast solar streetlights are a combination of LED FLOOD LIGHT with inbuilt LED driver, Charge Controller (External), battery (in a battery box), all parts mounted on a MS painted ring shaped structure. The solar panel is mounted facing south on the provided structure to ensure optimal exposure to sunlight, regardless of the luminary’s direction, thereby maximizing energy generation.
MAIN COMPONENTS OF HIG-MAST SOLAR STREET LIGHTS
FLOOD LIGHT: High-lumen multi-LEDs from renowned brands such as Philips or Osram are used to ensure maximum brightness and efficiency.
LED DRIVER: An inbuilt boost-type LED driver ensures stable voltage and current to the LEDs for consistent performance.
BATTERY: These lights are powered by either LA or Lithium Ferro Phosphate (LiFePO4) batteries, which are charged during the day and supply power at night.
BATTERY CHARGER: A PWM or MPPT charger safely charges the battery and prevents reverse current flow from the panel.
SOLAR PANEL: The panel generates energy from sunlight to charge the battery with placement optimized for maximum sunlight exposure.
PERFORMANCE
High-Mast solar streetlights outperform all other type of Lights in terms of brightness, backup and longevity. The separation of the solar panel, battery and luminary provides flexibility and ensures better energy harvesting and storing.
PHYSICAL PROTECTION
Compared to other types of solar streetlights in High-Mast lights battery and panels are mounted over a height beyond reach to any other person thus are very secured against theft.
MAINTENANCE AND RETROFITTING
Maintaining and retrofitting of High-Mast solar streetlights is difficult and requires technical expertise for installation and maintenance. This design allows big size of battery for long backup and less down day per year and requires less maintenance.
PRICE COMPARISON
High-Mast solar streetlights are most expensive compared to any other type of lights. Their design requires a big size battery and solar panel and pole and mounting structure having a significantly high price, but is most reliable and having very few down days per year.
WORKING OF HIGH-MAST SOLAR STREET LIGHTS
The operation of High-Mast solar streetlight is simple and efficient. During the day, the solar panel absorbs sunlight and converts it into electrical energy, which is stored in the battery. As dusk falls and the energy drops below a preset threshold, the microcontroller automatically switches on the LED and vice-versa in morning switches Off light.