Solar LED Highmast Light

STARKA Solar LED Highmast Light — Built for Powerful, Reliable Illumination

STARKA Solar LED Highmast Light combines high-lumen LED technology, LiFePO4 battery storage, BIS-approved solar panels, and MPPT charging in one dependable lighting solution. Designed for long-term outdoor use, it delivers efficient illumination while reducing dependence on conventional electricity. Its automatic dusk-to-dawn operation and auto-dimming technology help manage energy intelligently throughout the night. With durable construction, flexible pole options, and easy installation, STARKA highmast lighting is suitable for demanding commercial, industrial, and public applications. Backed by STARKA’s solar lighting expertise and supply network across India, it is designed for reliable performance and practical maintenance.

IP66 Weatherproof rating

Zero Grid dependency

2 & 5 Years Standard warranty

Request a Quote

Explore Our Models

Product Overview

About the Product

STARKA Solar LED Highmast Light is a complete solar lighting system designed to illuminate large outdoor areas efficiently and reliably.
The system consists of a BIS-approved solar panel, high-lumen LED luminary with inbuilt LiFePO4 lithium battery, MPPT solar charge controller, wiring, and high-quality mounting structure. It can be installed on different pole configurations, including tubular and octagonal poles, depending on project requirements. Its dusk-to-dawn operation and auto-dimming function provide convenient automatic lighting with optimised energy usage. Designed for easy installation, STARKA Solar Highmast Lights can be supplied for projects across India.

Core Features

Smart Features for Independent Outdoor Security Monitoring

Request a Quote

Explore Our Models & Wattage

Explore STARKA AC Street Light Models & Wattage Options

Explore the STARKA AC Street Light range available in different models and wattage options to match varying road widths, mounting heights, illumination requirements, and project specifications.

9W × 4 Lights

SOLAR HIGHMAST

Best for small campuses & pathways

Solar LED light 9W × 4 Nos.
Solar panel 40Wp × 4 Nos. (BIS Approved)
LiFePO₄ battery 12.8V 6Ah × 4 Nos.
Pole specification 6 Mtr GI Round Pole, 76mm OD, ~14 kg
Solar charge controller MPPT
Lighting control Automatic Dusk-to-Dawn
Battery protection BMS – Overcharge, Over-discharge, Short Circuit & Thermal
Pole material GI / Hot-Dip Galvanized Steel
Foundation RCC with Base Plate, J-Bolts & Template
Cabling Solar/DC Cable with Connectors & Cable Glands
Applications Roads, Highways, Parks, Industrial Areas, Campuses & Public Places

Download Brochure GET OUR QUOTATION ON WHATSAPP →

12/15W × 4 Lights

SOLAR HIGHMAST

Best for colonies & internal roads

Solar LED light 12/15W × 4 Nos.
Solar panel 40Wp × 4 Nos. (BIS Approved)
LiFePO₄ battery 12.8V 12Ah × 4 Nos.
Pole specification 6 Mtr GI Round Pole, 76mm OD, ~14 kg
Solar charge controller MPPT
Lighting control Automatic Dusk-to-Dawn
Battery protection BMS – Overcharge, Over-discharge, Short Circuit & Thermal
Pole material GI / Hot-Dip Galvanized Steel
Foundation RCC with Base Plate, J-Bolts & Template
Cabling Solar/DC Cable with Connectors & Cable Glands
Applications Roads, Highways, Parks, Industrial Areas, Campuses & Public Places

Download Brochure GET OUR QUOTATION ON WHATSAPP →

20W × 5 Lights

SOLAR HIGHMAST

Best for parks & parking areas

Solar LED light 20W × 5 Nos.
Solar panel 60Wp × 5 Nos. (BIS Approved)
LiFePO₄ battery 12.8V 18Ah × 5 Nos.
Pole specification 7/6 Mtr GI Octagonal Pole, Top 70mm, Bottom 130mm
Solar charge controller MPPT
Lighting control Automatic Dusk-to-Dawn
Battery protection BMS – Overcharge, Over-discharge, Short Circuit & Thermal
Pole material GI / Hot-Dip Galvanized Steel
Foundation RCC with Base Plate, J-Bolts & Template
Cabling Solar/DC Cable with Connectors & Cable Glands
Applications Roads, Highways, Parks, Industrial Areas, Campuses & Public Places

Download Brochure GET OUR QUOTATION ON WHATSAPP →

30W × 5 Lights

SOLAR HIGHMAST

Best for campuses & public places

Solar LED light 30W × 5 Nos.
Solar panel 100Wp × 5 Nos. (BIS Approved)
LiFePO₄ battery 12.8V 24Ah × 5 Nos.
Pole specification 7/6 Mtr GI Octagonal Pole, Top 70mm, Bottom 130mm
Solar charge controller MPPT
Lighting control Automatic Dusk-to-Dawn
Battery protection BMS – Overcharge, Over-discharge, Short Circuit & Thermal
Pole material GI / Hot-Dip Galvanized Steel
Foundation RCC with Base Plate, J-Bolts & Template
Cabling Solar/DC Cable with Connectors & Cable Glands
Applications Roads, Highways, Parks, Industrial Areas, Campuses & Public Places

Download Brochure GET OUR QUOTATION ON WHATSAPP →

50W × 4 Lights

SOLAR HIGHMAST

Best for industrial areas & highways

Solar LED light 50W × 4 Nos.
Solar panel 165Wp × 4 Nos. (BIS Approved)
LiFePO₄ battery 12.8V 42Ah × 4 Nos.
Pole specification 9 Mtr GI Octagonal Pole, Top 100mm, Bottom 200mm
Solar charge controller MPPT
Lighting control Automatic Dusk-to-Dawn
Battery protection BMS – Overcharge, Over-discharge, Short Circuit & Thermal
Pole material GI / Hot-Dip Galvanized Steel
Foundation RCC with Base Plate, J-Bolts & Template
Cabling Solar/DC Cable with Connectors & Cable Glands
Applications Roads, Highways, Parks, Industrial Areas, Campuses & Public Places

Download Brochure GET OUR QUOTATION ON WHATSAPP →

60W × 6 Lights

SOLAR HIGHMAST

Best for highways & large junctions

Solar LED light 60W × 6 Nos.
Solar panel 200Wp × 6 Nos. (BIS Approved)
LiFePO₄ battery 12.8V 54Ah × 6 Nos.
Pole specification 9 Mtr GI Octagonal Pole, Top 150mm, Bottom 330mm
Structure Lowering & Raising System, Manual Pulley
Solar charge controller MPPT
Lighting control Automatic Dusk-to-Dawn
Battery protection BMS – Overcharge, Over-discharge, Short Circuit & Thermal
Pole material GI / Hot-Dip Galvanized Steel
Foundation RCC with Base Plate, J-Bolts & Template
Cabling Solar/DC Cable with Connectors & Cable Glands
Applications Roads, Highways, Parks, Industrial Areas, Campuses & Public Places

Download Brochure GET OUR QUOTATION ON WHATSAPP →

Ideal Lighting Applications

See the different public and private places where our lights shine the brightest

Deep Dive into Quality

Product Key Features

Take a closer look at the advanced components that power our solar solutions.

Lumens

High-lumen LED Street & Flood Light technology provides powerful illumination for large outdoor areas. It is suitable for industrial premises, highways, parking areas, grounds, and other demanding applications.

LiFePO4

LiFePO4 lithium battery technology provides dependable energy storage for nighttime operation. The battery is integrated with the luminary for a compact and practical solar lighting solution.

Solar Panel (BIS Approved)

BIS-approved solar panels efficiently convert sunlight into electrical energy for battery charging. They support the daily solar energy cycle required for nighttime lighting.

Controller (MPPT)

The MPPT solar charge controller intelligently manages solar energy and battery charging. It helps optimize available solar power for efficient system operation.

dusk-to-dawn

Dusk-to-dawn technology automatically activates the light after sunset and switches it off after daylight. This provides convenient, hands-free operation without regular manual switching.

Dimming

Auto-dimming technology adjusts light output during selected nighttime periods. It helps optimize battery consumption while maintaining useful illumination.

FREQUENTLY ASKED QUESTIONS

Your Questions Answered

Starka Solar High Mast Systems light up large outdoor areas entirely on solar power, using multiple LiFePO4-backed LED lights on a galvanised octagonal mast, from 36W up to 600W.

1. What is a solar high mast lighting system?

A solar high mast is a tall octagonal pole fitted with several high-lumen LED lights that are powered entirely by solar panels and batteries, so it needs no grid electricity. Starka’s solar high masts use high-efficiency mono-crystalline solar panels, LiFePO4 batteries with BMS, smart MPPT charge controllers and OSRAM LED lights in IP65 die-cast housings. They switch ON and OFF automatically from dusk to dawn and give at least 12 hours of backup, making them an energy-efficient, low-maintenance solution for large open areas.

2. Which wattages and configurations are available in solar high masts?

Starka solar high masts are available from 36W up to 600W of total lighting, and every system can be customised to the client’s requirement. A popular configuration is 30W x 4 lights with 24Ah x 4 batteries and 100W x 4 solar panels on a galvanised octagonal pole. The number of lights, battery capacity, panel size and mast height are designed according to the area to be lit and the required backup hours.

3. How does a solar high mast work?

During the day, the solar panels generate energy from sunlight, and the solar controller stores it in the batteries. The controller monitors battery voltage, current and temperature and regulates charging, which protects the batteries from overcharging and over-discharge. When it gets dark in the evening, the controller signals the LED lights to switch ON automatically, and when sunlight falls on the panels in the morning, the lights switch OFF and charging begins again.

4. Is there a switch to turn the solar high mast lights ON and OFF?

No switch is needed. Starka solar high masts come with an automatic dusk-to-dawn feature, so the lights switch ON by themselves after sunset and switch OFF as soon as sunlight falls on the panels in the morning. This means no person has to operate the lights daily, which is especially useful for remote sites, farms, villages and large premises.

5. Can a normal GI pole be used instead of an octagonal pole for a solar high mast?

It is not recommended. A solar high mast carries multiple lights, batteries and large solar panels, and a normal round GI pole cannot safely carry this weight and wind load, so there is a risk of the pole bending or falling. An octagonal GI pole is designed for these loads and gives a strong, stable structure, which is why Starka supplies solar high masts on galvanised octagonal poles, with manual or motorised pulley systems available as options.

6. Which battery and solar panels are used in Starka solar high masts?

Starka solar high masts use lithium iron phosphate (LiFePO4) batteries with a Battery Management System, rated for about 2,000 charge cycles. The BMS protects the battery from overcharging, deep discharging and overheating, which keeps it safe and extends its life. The solar panels are BIS-certified high-efficiency mono-crystalline PV modules, and the light, battery and controller are manufactured in-house by Starka for better compatibility and quality control.

7. Can a PIR motion sensor and dimming be added to a solar high mast?

Yes. Starka can add a PIR motion sensor to the solar high mast as per the client’s requirement. With a PIR sensor, the lights work in dimming mode when there is no activity and go to full brightness when a moving person or vehicle comes within the sensor range. Smart dimming according to the time of night and remote monitoring can also be integrated, which saves battery energy and increases backup.

8. Will Starka send a technician if my solar high mast has a problem?

Yes, for the first 3 months after installation, if any issue occurs Starka will send a technical person to the site to get the high mast working again. After that period, you will need to remove the light or battery and send it to Starka’s factory address in Amravati, where the technical team will resolve the issue and send it back. During the warranty period, Starka bears the one-way transport cost, and if you have an AMC, a company representative visits the site for repairs.

9. How is a solar high mast installed?

Select a location with proper sunlight and maximum coverage, dig the foundation pit as per the approved drawing, fix the foundation bolts in the correct position and alignment, and fill it with concrete. Allow 8–10 days of curing so the foundation becomes strong, then assemble the light structure, lights, batteries in battery boxes and the solar panels on their structure on the pole, tilting the panels correctly for full-day sunlight. Connect and seal all wiring, check every component, then erect the mast with a crane while checking vertical alignment and tighten the foundation bolts.

10. Where are solar high masts used?

Solar high masts are used for agricultural and rural areas such as farm roads, village markets and gathering places, and for government and municipal areas like parks, public grounds and municipal premises. They also light mining and construction sites, stadiums and sports grounds, railway stations and yards, highways, intersections, factories and warehouses. They are especially useful where grid power is not available or the cost of laying cables is high.

Quality Assurance