Street Light
Street Light
Major Components
Rural Roads & Villages: Where grid power is unavailable or unreliable.
Urban Pathways & Parks: Enhances safety in pedestrian areas without trenching for cables.
Community Centers & Schools: Provides dependable lighting for evening activities.
Commercial Complexes: Reduces electricity bills and carbon footprint.
Emergency & Temporary Sites: Rapid deployment for construction zones or events.
Energy Independence: Runs completely off solar power—no grid connection needed.
Eliminates monthly electricity bills and reduces maintenance expenses.
Zero direct carbon emissions, supports clean‑energy goals.
Automatic Operation: Dusk‑to‑dawn sensors and controllers enable hands‑free functionality.
Battery backup and intelligent controls maintain illumination through power outages and low‑sunlight days.
Consistent, high‑quality lighting improves visibility, reducing accidents and deterring crime.
The streetlight can run for 12 hours even with 2.5-3 hours of sunlight to charge the batteries.
Yes—advanced controllers can implement dimming schedules or motion‑activated boosts for extra savings.
High‑quality LEDs and lithium batteries typically last 5–7 years, with panels rated for 20+ years.
The Systems are warranted for 1 year. Solar Panels are warranted for 5 years. Charge Controllers, Electronics part of Luminaries are warranted for 3 years. LiFEPO4 battery is warranted for 3 years. Pole and LED is warranted for 1 year.
High Mast Lights
High Mast Lights
Major Components
Sports Stadiums & Playgrounds requiring uniform, glare‑free coverage over large fields.
Public Parks & Large Open Spaces to enhance security and community usability after dark.
Highways, Toll Plazas & Traffic Junctions where continuous, high‑level lighting improves safety and visibility.
Ports, Warehouses & Industrial Yards that demand robust, all‑weather illumination without trenching for cables.
Runs completely off solar power—no grid connection needed.
Eliminates monthly electricity bills and reduces maintenance expenses.
Zero direct carbon emissions, supports clean‑energy goals.
Dusk‑to‑dawn sensors and controllers enable hands‑free functionality.
Battery backup and intelligent controls maintain illumination through power outages and low‑sunlight days.
Consistent, high‑quality lighting improves visibility, reducing accidents and deterring crime.
The streetlight can run for 12 hours even with 2.5-3 hours of sunlight to charge the batteries.
Yes—advanced controllers can implement dimming schedules or motion‑activated boosts for extra savings.
High‑quality LEDs and lithium batteries typically last 5–7 years, with panels rated for 20+ years.
The Systems are warranted for 1 year. Solar Panels are warranted for 5 years. Charge Controllers, Electronics part of Luminaries are warranted for 3 years. LiFEPO4 battery is warranted for 3 years. Pole and LED is warranted for 1 year.
Solarising Water Purification Unit
Solarising Water Purification Unit
Major Components
Rural & Off‑Grid Communities lacking reliable electricity and safe water supplies.
Disaster Relief & Humanitarian Aid where rapid deployment of clean water solutions is critical.
Agricultural & Livestock Operations needing clean water for irrigation or animal use.
Coastal & Island Settings requiring desalination of seawater for drinking and irrigation.
Eliminates diesel generators and grid dependence, reducing operating costs.
Multi‑barrier treatment ensures removal of harmful of pathogens, chemicals, and salts.
Zero direct CO₂ emissions and minimal carbon footprint support climate goals.
No. The solar system is designed to complement the current setup. Only electrical components—like pumps or control panels—may be upgraded if required for energy efficiency or compatibility.
Yes. The system includes battery backup or hybrid options to ensure uninterrupted operation during cloudy days or at night, depending on the design.
Not necessarily. It can be designed as Off-grid (fully independent), Hybrid, or Grid-tied.
Depending on the system size, it can power 2 to 6 LED bulbs along with mobile charging and sometimes a fan.
On a full charge, the system can provide light for 6 to 12 hours, depending on usage and number of appliances connected.
The system continues to work using stored battery power. In low sunlight, usage may be optimized to extend battery life.
Our team is ready to assist you with any inquiries regarding products, training, and support for improving your livelihood. Together, we can create sustainable opportunities for growth and success. test
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