120W street light adopts a smooth body design to avoid dust accumulation affecting heat dissipation, the bracket is adjustable in ±15°, supports horizontal and vertical installation, a variety of light distribution optional, suitable for different pole heights and road spacing, factory direct price, provide free DIALUX lighting simulation.
Big power range from 25-200w.
Die-cast aluminum housing with flat tempered glass.
Toolless open for easy installation, replacement, and maintenance.
Power-off protection makes the power automatically off when the fixture is opened.
A smooth body would greatly diminish dust accumulation and bird droppings heap up.
Level bubble makes it easy for the installer to adjust the position of the lamp
Possible energy savings of more than 70%. 100,000 hours lifetime saving maintenance cost.
The LED engine, consisting of the LED light source and the power supply, can be easily replaced or upgraded. Designed for easy technology upgrade (Future Proof)
Electronic temperature monitoring prevents overheating of LEDs and power supply.
Provided with 10KV Surge Protection Devices.
Corrosion-resistant polyester powder painted 100µm thickness.
Meets a 1000-hour salt spray certification per ASTM B117/ ISO 9227:2012.
Optimized roadway photometric distributions, ULOR = 0 (zero uplight)
0, +/-5, +/-10, +/-15 degree of tilting angle adjustment.
Supports Smart City application,7-Pin NEMA socket, and standard outdoor dimming protocols.
e.g. photocell, motion sensor, DALI, 1-10V.
CE/ RoHS/ IK08/ IP66 / LM80/ LM79.
7 years limited warranty available.
Roads, Street, Highways, Parks, gardens, Residential areas
|LED Brand||LUMILEDS® LUXEON 3030 or 5050|
|Driver Brand||Meanwell / Inventronics|
|Lamp Rated Luminous Efficiency||130-150 lm /w|
|Lamp Rated Lumen output||15600-18000 lm (Lumen tolerance +/- 5%)|
|Color Rendering Index||70(80 optional)|
|Color Temperature||3000 or 4000 or 5000 or 5700K|
|Photometric Type||Type II Medium; Type III Medium|
|Optimal Operating Temperature||25℃|
|Working Environment||Between-40°C~+50°C, 10%~90%RH|
|Total Harmonic Distortion||< 10%|
|Lumen Maintenance||> 100,000 hours -L70, @25 ºC (77 ºF)|
|Wind Index||Force 12|
|Body and Shell Materials||Die-cast aluminum; Tempered Glass|
|Pole Fitter Diameter||60mm ( 50mm optional)|
|Protection||Class I ( Class II optional)|
|SPD||10KV (20KV optional)|
|Certification||CE, ENEC,CB ROHS,LM80,LM79,IP66 IK08,ISTMT|
|Dimming Options||1-10V or DALI or PWM or Timer|
|Control Options||Photocell or Motion sensor or NEMA or ZHAGA for Smart control|
|Color Options||Deep grey or Light grey|
The cost of energy for street lighting is determined by a variety of variables, including the kind of light fixture, the strength of the light, the number of lights, and the duration of the operation.
If a one-kilometer-long two-lane road with a light pole distance of 40 meters is illuminated by 100W LED street lights for 12 hours per day at a cost of 0.1USD KW/h:
As a result, the daily cost is as follows: 50*100*0.1*12/1000=6 USD.
If you utilize a metal halide or high-pressure sodium lamp, you will need a 400W light to replace a 100W LED.
As a result, the daily cost is as follows: 50*400*0.1*12/1000=24USD.
LED lights can drastically reduce energy usage when compared to incandescent lighting. While the initial investment is substantial, the longer the working period, the less power is used.
If you utilize automatic dimming LED street lights or LED solar street lights, you may further minimize your daily energy usage and expenditures.
The overall cost of street lighting is divided into two components:
Costs associated with energy usage and upkeep. The term "energy cost" refers to the overall cost of electricity used to power street lighting.
If you want to operate a street light correctly, you must include the maintenance cost, which is the cost of maintaining the street light, which includes light bulb replacement, cleaning, and repair of broken light poles, among other things.
Thus, when they are added together, it is possible to determine the cost of operating street lights.
A 100 watt LED street light is used on both sides of a 1-kilometer two-lane road with a light pole distance of 40 meters. Thus, we need to build 50 LED street lights that will operate for 10 hours each day at an average cost of $0.10 kW/h.
Thus, the daily cost of power is 0.1*100*50*10/1000= 5 USD.
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