Street LightingBundelkhand region, Uttar Pradesh800 units · 20 WSample
Bundelkhand Village Street Lighting
Integrated solar street lights across village roads and community spaces in an area with unreliable grid supply.
Overview
Standalone LED street lighting with integrated solar and lithium storage for rural roads, campuses, highways, parks and industrial premises.
Solar street lights operate independently of the grid. Each unit combines a PV module, lithium battery, charge controller and LED luminaire on a galvanised pole, switching on automatically at dusk and running through the night with no trenching, cabling or electricity bills.
ARK supplies integrated (all-in-one) and semi-integrated designs to suit the location, with lithium iron phosphate batteries for long cycle life and motion-sensing dimming to extend autonomy during poor weather.
Projects range from single village roads to campus-wide installations and highway stretches. We handle site survey, photometric planning, supply, installation and maintenance.
At a glance
- Luminaire output
- 12 W to 60 W and aboveSample
- Battery
- Lithium iron phosphate (LiFePO4)
- Autonomy
- 2 to 3 days of backupSample
- Control
- Dusk-to-dawn, motion-sensing dimming
Values marked “Sample” are typical ranges to be confirmed against the actual product range.
Key benefits
Why customers choose it.
No grid or trenching
Install anywhere without cabling or connection costs.
Zero energy bills
Free operation from the sun for the life of the system.
Automatic operation
Dusk-to-dawn control with optional motion dimming.
Long-life batteries
LiFePO4 chemistry for thousands of charge cycles.
Safety and security
Consistent lighting for roads, campuses and public spaces.
Fast deployment
Units are installed in hours, not weeks.
Applications
Where it is used.
Rural roads and villages
Reliable lighting for communities beyond the grid.
Highways and bypasses
High-output units for intersections and stretches without supply.
Campuses and townships
Institutional, residential and industrial estates.
Parks and public spaces
Decorative and functional lighting for open areas.
Industrial premises
Perimeter and yard lighting for plants and warehouses.
Parking and transit
Bus stops, parking lots and transport hubs.
How it works
From sunlight to output.
- 01
Daytime charging
The module charges the lithium battery through the charge controller.
- 02
Dusk detection
The controller switches the LED luminaire on automatically at nightfall.
- 03
Smart dimming
Motion sensing raises output when activity is detected and dims when idle.
- 04
Dawn shutdown
The light switches off at sunrise and the cycle repeats.
Technical capabilities
Specified for the site, not the brochure.
Typical ranges are listed below. Every proposal states exact ratings, warranties and compliance for the equipment supplied.
- Luminaire output
- 12 W to 60 W and aboveSample
- Battery
- Lithium iron phosphate (LiFePO4)
- Autonomy
- 2 to 3 days of backupSample
- Control
- Dusk-to-dawn, motion-sensing dimming
- Pole
- 4 m to 8 m hot-dip galvanisedSample
- Designs
- Integrated and semi-integrated
Values marked “Sample” are typical ranges to be confirmed against the actual product range.
Components
What goes into the system.
- 01
PV module
Mono-crystalline module sized to the luminaire and autonomy.
- 02
LED luminaire
High-efficacy LED with optics for road or area lighting.
- 03
Lithium battery
LiFePO4 pack with battery management system.
- 04
Charge controller
MPPT controller with dusk-to-dawn and dimming logic.
- 05
Pole and bracket
Galvanised pole with foundation and arm.
- 06
Motion sensor
PIR or microwave sensor for adaptive output.
Process
How we deliver it.
- 01
Site survey
Road width, spacing, shading and mounting review.
- 02
Photometric design
Luminaire selection and spacing for the required lux.
- 03
Supply and installation
Foundations, poles and units installed by trained teams.
- 04
Commissioning
Night testing and handover documentation.
- 05
Maintenance
Periodic cleaning, battery health checks and replacements.
Use cases
Typical deployments.
- Community
Village road lighting
Integrated units along village roads and near community buildings.
Outcome: Safer movement after dark without any grid infrastructure.
- Industrial
Industrial perimeter
Semi-integrated high-output units for plant boundaries and yards.
Outcome: Security lighting with no cabling across the site.
- Institutional
Campus pathways
Motion-dimming units on walkways across a university campus.
Outcome: Extended autonomy and lower maintenance visits.
Projects
Street Lighting in the field.
FAQs
Common questions.
Not answered here? Ask our engineers.
How many nights can the light run without sun?
Systems are typically designed for two to three nights of autonomy at rated output. Motion dimming extends this further in poor weather.
What is the battery life?
Lithium iron phosphate batteries are rated for thousands of cycles, which typically translates to several years of service before replacement.
Integrated or semi-integrated?
Integrated units are compact and quick to install. Semi-integrated designs separate the module and battery from the luminaire, allowing larger modules and easier servicing for higher-output installations.
Can lights be monitored remotely?
Optional controllers with GSM or LoRa communication allow status monitoring and scheduling from a central dashboard.
Resources
Documents for this solution.
- File pending
Solar Street Lighting Catalogue
Integrated and semi-integrated models, photometric data and pole options.
CatalogueSample - File pending
Solar Street Light Installation Manual
Foundation, pole erection, unit mounting and commissioning checklist.
ManualSample
Other solutions
Start a conversation
Ready to plan your street lighting project?
Share your site details and requirement. Our engineers will size the system and send an itemised proposal.