No trenching, no wiring, no monthly bill
Solar street lights work independently of the grid, so they stay lit during outages and cost nothing to run. Installation takes hours, not weeks, because there is no cable to bury.
- Dusk-to-dawn automatic switching
- Motion sensor: dims to 30% when the road is empty
- LiFePO4 battery with 5+ year life
- Hot-dip galvanised poles, 4–9 metres
All-in-one
Panel, battery and lamp in one body. Plug-and-play for gardens and colony roads, 12–60 W.
Semi-integrated
Panel mounted separately and angled to the sun. For main roads and parking, 40–100 W.
Solar lighting for every road and campus
Choose a type to see where it fits and how it is built.
All-in-one solar street lights
Panel, lithium battery, LED and sensor sit in one compact body. Mount on a pole and it works the same evening, with no wiring at all.
- 12–60 W models
- Built-in PIR motion sensor
- Dims to 30% when the road is empty
- Fastest installation
Semi-integrated lights for main roads
The panel mounts separately and is angled to the sun for maximum charging, while battery and LED stay in the lamp body. More light and longer backup.
- 40–100 W models
- Larger panel for cloudy spells
- Up to 2 nights backup
- Higher poles, wider spread
Smart controls that stretch the battery
Programmable profiles set full brightness at dusk, dimming after midnight and a boost when motion is detected, so lights last through cloudy weeks.
- Dusk-to-dawn automatic switching
- Time-based dimming profiles
- Motion boost on approach
- Remote monitoring option for panchayats
How a solar street light is installed
A concrete foundation with J-bolts is cast and cured, then a hot-dip galvanised pole is erected and the light fitted and angled south.
- Foundation 1 × 1 × 2 ft with J-bolts
- Curing for 3–4 days
- Pole spacing 15–25 m
- Panel faces south, shadow-free 9 am–4 pm
How many lights does your road need?
Enter your own values (optional)
Cost per light includes LED lamp, solar panel, LiFePO4 battery, GI pole, foundation and installation. No trenching or cabling needed.
Indicative 2026 prices. Bulk orders for panchayats and layouts are priced lower.
Model guide
| LED | Panel | Battery (LiFePO4) | Brightness | Pole height | Typical use |
|---|---|---|---|---|---|
| 12 W | 40 W | 12 Ah | 1,200 lm | 3–4 m | Gardens, walkways |
| 24–30 W | 60 W | 24 Ah | 2,800 lm | 4–5 m | Colony roads |
| 40 W | 80 W | 30 Ah | 4,400 lm | 5–6 m | Village main roads |
| 60 W | 120 W | 40 Ah | 6,600 lm | 6–7 m | Layouts, parking |
| 90–100 W | 150–200 W | 60 Ah | 10,000+ lm | 7–9 m | Highways, campuses |
Solar street light questions
How many hours do solar street lights stay on?
Our lights give 12–18 hours from a full charge. With motion sensors dimming the lamp when nobody is around, a charge can last two nights in cloudy weather.
Do they need any wiring?
All-in-one lights need no wiring at all. Semi-integrated lights need only a short cable between the panel and the lamp on the same pole.
What pole height and spacing should we use?
For village roads and layouts, 5–6 metre poles spaced 15–20 metres apart give even lighting. Main roads need taller poles and higher-wattage lamps.
Which battery is used?
LiFePO4 lithium batteries, which last far longer than lead-acid and handle Telangana summer heat well.
Plan lighting for your road or campus
Send us the road length and width or a sketch of the layout. We return pole positions, wattage and a quote.
- Free site visit and measurement
- Written, itemised quote
- Subsidy and paperwork guidance
Book a free site survey
An engineer calls you within one working day.