LED Street Light Price India: 24W to 200W Rates
LED street light price in India runs from about ₹450 for a 24W unit to ₹7,000 for a 200W highway fixture, with the volume-selling 50W landing at ₹900 to ₹1,800 and the 100W at ₹1,800 to ₹3,500. The number that matters more than the price is what each wattage replaces: a 50W LED does the job of a 100W to 150W sodium or metal halide lamp, and a 100W LED replaces a 250W sodium vapour fitting. Get that mapping wrong and you either over-light the road or under-light it, and both are expensive. Part of the broader LED light price in India picture, this page covers outdoor and high-wattage specifically.
Price at a glance
Wattage | Price band | Lumens | Replaces | Typical use |
|---|---|---|---|---|
24W | ₹450 – ₹900 | 2,400 – 2,900 | 70W HPSV | Pathways, compound walls |
30W | ₹650 – ₹1,200 | 3,000 – 3,600 | 100W HPSV | Lanes, gardens |
50W | ₹900 – ₹1,800 | 5,000 – 6,000 | 100 – 150W HPSV/MH | Residential lanes, parking |
72W | ₹1,400 – ₹2,600 | 7,200 – 8,600 | 200W HPSV | Society roads |
100W | ₹1,800 – ₹3,500 | 10,000 – 13,000 | 250W HPSV | Urban roads, campuses |
150W | ₹2,800 – ₹5,000 | 15,000 – 19,500 | 400W HPSV | Wide roads, yards |
200W | ₹3,500 – ₹7,000 | 20,000 – 26,000 | 400 – 500W MH | Highways, industrial |
Dealer-level prices for branded AC LED street lights with IP65/IP66 protection, GST extra. Bulk orders above 50 pieces typically come 15 to 25% cheaper. Solar street lights cost two to three times more because of the panel and battery.
What is the 50 watt LED light price, and what does it replace?
The 50 watt LED light price is ₹900 to ₹1,800 for a branded IP65 or IP66 fitting. Basic dealer stock starts near ₹900; models with 6kV surge protection, a named driver and a two year warranty sit at the top of the band.
A 50W LED street light produces 5,000 to 6,000 lumens at 100 to 120 lm/W efficacy. That replaces a 100W to 150W high-pressure sodium or metal halide lamp with equal or better road illumination.
Running cost, which is the number that justifies the swap:
Fixture | Draw | Units/month at 12 hrs/night | Cost at ₹8/unit |
|---|---|---|---|
150W HPSV (plus ballast) | ~170W | 61 | ₹488 |
50W LED | 50W | 18 | ₹144 |
Monthly saving per pole | 43 units | ₹344 |
Across 50 poles that is ₹17,200 a month, which is why the payback on a municipal or society conversion is typically under two years even before counting reduced maintenance visits.
Note the search-term overlap here: 50 watt led light price and led light 50 watt price are the same query with the words reversed, and both are covered by this section. They do not need separate pages.
Why do two 100W street lights differ by ₹1,700?
Two fixtures both marked 100W can sit on a shelf at ₹1,800 and ₹3,500. The gap is in five specifications, none of which appear in the headline.
Specification | Budget unit | Quality unit | Why it matters |
|---|---|---|---|
Efficacy | 90 – 100 lm/W | 120 – 140 lm/W | Up to 4,000 lumens difference at the same wattage |
Housing | Polycarbonate or thin alloy | Pressure die-cast aluminium | Heat dissipation decides LED lifespan |
IP rating | IP65 | IP66 | IP66 resists heavy jets and monsoon-driven rain |
Surge protection | None or 2kV | 4kV to 6kV | Outdoor poles take grid transients directly |
Driver | Unnamed | Named brand, wide input | The component that actually fails |
Bottom line: on a pole-mounted fixture, purchase price is a small share of lifetime cost. Every failure means a ladder, a technician and a road closure. The ₹1,700 difference buys itself back on the first avoided replacement.
Solar versus AC street lights
AC LED street light | All-in-one solar LED | |
|---|---|---|
50W-class price | ₹900 – ₹1,800 | ₹2,500 – ₹6,000 |
100W-class price | ₹1,800 – ₹3,500 | ₹8,000 – ₹17,700 |
Running cost | ₹144/month at 50W | Nil |
Needs cabling and grid connection | Yes | No |
Battery replacement | None | Every 3 to 5 years |
Performance in monsoon | Unaffected | Reduced runtime on consecutive cloudy days |
Best for | Anywhere with grid access | Remote sites, no trenching, no meter |
Solar is not cheaper. It is cheaper to install where trenching cable to a pole is expensive or impossible, and that is a different argument. If you have grid at the pole, AC is usually the better economics. If you are considering solar seriously, the lithium versus tubular battery comparison covers the storage side, which is where solar street light economics actually get decided.
How to size and space street lights
- Measure pole height. Most Indian street poles are 6m, 8m or 9m. Mounting height sets the wattage more than road width does.
- Match wattage to height: 24W to 30W for 4m to 5m, 50W for 6m, 72W to 100W for 8m, 150W to 200W for 9m and above.
- Set spacing at three to four times pole height. An 8m pole with a 100W fixture covers a 20 to 25 metre span between poles.
- Choose the optic, not just the wattage. A Type II asymmetric lens throws light along the road; a symmetric lens wastes it into the fields.
- Insist on IP66 for anything without a roof over it, and confirm the gasket material.
- Specify surge protection at 6kV minimum for outdoor poles.
- Confirm BIS-approved driver and ask for the driver make in writing on bulk orders.
The honest downsides
- Glare on narrow lanes. A 100W fixture on a 5 metre lane creates more glare and light spill into houses than a 50W does. Wider is not always better.
- Light pollution complaints are real and increasingly raised by residents. 6500K cool white is the worst offender near bedrooms.
- Driver failure is the standard failure mode, and on a pole it costs far more in labour than the part.
- Solar runtime drops in monsoon, exactly when you need lighting most in many regions.
- Warranty claims on outdoor fixtures are slow. Get the replacement process in writing before a bulk order, not after a failure.
- Cheap units fade. Lumen depreciation on poor thermal design can hit 30% in two years while the light still "works", so nobody notices until the road is dim.
Who needs what
Fit | Situation | Specify |
|---|---|---|
Strong fit | Residential lane, 6m poles, grid available | 50W AC, IP66, 4000K, ₹900 – ₹1,800 |
Strong fit | Society or campus road, 8m poles | 100W AC, IP66, 6kV surge, ₹1,800 – ₹3,500 |
Strong fit | Highway or industrial yard, 9m-plus | 150W – 200W, IP66, Type II optic, ₹2,800 – ₹7,000 |
Strong fit | Remote site with no grid and no trenching budget | All-in-one solar, but budget for battery replacement |
Marginal fit | Narrow lane where residents object to spill | 50W with a shielded or asymmetric optic, 3000K – 4000K |
Not a fit | Anywhere expecting solar to be cheaper than AC with grid present | AC wins on economics wherever the grid already reaches the pole |
Not a fit | Sub-₹700 unbranded 100W units | Efficacy and IP claims at that price rarely survive testing |
FAQs
What is the LED street light price in India?
₹450 for a 24W unit up to ₹7,000 for a 200W highway fixture. The volume-selling 50W costs ₹900 to ₹1,800 and the 100W ₹1,800 to ₹3,500, for branded IP65 or IP66 fittings at dealer level with GST extra. Bulk orders above 50 pieces typically come 15 to 25% cheaper.
What is the 50 watt LED light price?
₹900 to ₹1,800 for a branded IP65 or IP66 street light fitting. Basic dealer stock sits near ₹900; units with 6kV surge protection, a named driver and a two year warranty sit at the top of the band. Note that a 50W LED panel or flood light for indoor or wall use is priced differently.
What does a 50W LED street light replace?
A 100W to 150W high-pressure sodium or metal halide lamp, with equal or better road illumination. The 50W LED produces 5,000 to 6,000 lumens against roughly 170W drawn by a 150W HPSV fitting once ballast losses are counted, saving around 43 units a month per pole at 12 hours a night.
How many lumens is a 100W LED street light?
Between 10,000 and 13,000 lumens depending on efficacy, which ranges from about 100 to 130 lm/W in this class. A 100W LED replaces a 250W sodium vapour fitting, cutting consumption per pole by roughly 60%.
Is IP65 or IP66 better for street lights?
IP66 for anything mounted outdoors without a roof. Both are dust-tight, but IP65 resists water jets while IP66 resists powerful jets, which matters in monsoon conditions and for pressure washing. The price difference is small relative to the cost of water ingress on a pole.
Are solar street lights cheaper than AC?
No, not on unit price. A 100W-class all-in-one solar unit costs ₹8,000 to ₹17,700 against ₹1,800 to ₹3,500 for AC. Solar is cheaper to install where trenching cable is expensive or impossible, and it has no running cost, but it adds battery replacement every three to five years.
What pole spacing should I use for LED street lights?
Three to four times the pole height. An 8m pole with a 100W fixture and the correct asymmetric optic covers a 20 to 25 metre span. Spacing further apart creates dark patches between poles regardless of how bright each fixture is.
Why do LED street lights get dimmer over time?
Lumen depreciation from thermal stress. A fixture with poor heat dissipation can lose up to 30% of its output within two years while still appearing to work, which is why die-cast aluminium housing and honest efficacy figures matter more than the initial brightness claim.
.jpeg)
.jpeg)
.jpeg)
