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SMART SOLAR STREET LIGHTING SOLUTIONS
Autonomous, IoT-Enabled & Long-Life LiFePO4 Lighting for Municipalities, Highways & Industrial Campuses
Traditional grid-powered street lighting accounts for up to 40% of municipal and industrial campus electricity expenditures, accompanied by high trenching, cabling, and maintenance costs.
A2P Resources delivers next-generation, stand-alone Smart Solar Street Lighting Systems. Combining ultra-high-efficiency LED luminaires (up to 190 lm/W), built-in Lithium Iron Phosphate (LiFePO4) battery packs, smart MPPT solar controllers, and IoT cloud connectivity, our lighting solutions provide autonomous, zero-electricity-bill illumination with zero grid trenching required.
Product Architectures We Deliver
We manufacture and integrate three versatile configurations tailored to municipal roads, industrial perimeters, and infrastructure highways:
Lighting Configuration
All-in-One (Integrated) Solar Street Light
Architecture Design
Compact luminaire housing solar panel, battery, MPPT controller, and LED into a single sleek casing.
Battery & Panel Integration
Integrated top-mounted Mono-PERC panel + internal LiFePO4 pack.
Best Suited For
Residential colonies, rural village roads, perimeter pathways, and parking lots.
Two-in-One (Semi-Integrated) Solar Street Light
Split architecture: LED luminaire with built-in battery and controller, paired with a separate, independently adjustable solar panel.
External high-wattage solar panel mounted on top + luminaire with built-in LiFePO4 pack.
Multi-lane highways, wide industrial avenues, and high-wind geographic corridors.
Centralized Smart Solar Street Lighting Poles
Multi-fixture smart poles with centralized ground/sub-surface battery storage and integrated IoT smart city sensors.
High-capacity PV canopy + centralized battery bank with smart telemetry.
Smart city boulevards, major expressways, commercial business districts (CBDs), and institutional universities.
Smart Intelligence & Autonomous Features
Radar Microwave Motion Sensing: Intelligent sensors detect approaching pedestrian and vehicular traffic from up to 12–15 meters away, boosting brightness to 100% and automatically dimming down to 30% during idle periods to preserve battery life.
Programmable Multi-Stage Dimming: Automated dusk-to-dawn operation with customizable dimming profiles (e.g., 100% brightness for the first 4 hours, 50% for the next 4 hours, and 30% until dawn).
3 to 5 Days Rainy-Day Autonomy: High-capacity LiFePO4 battery sizing and adaptive power controllers ensure continuous illumination even during prolonged monsoons or heavy cloud cover.
IoT Central Management System (CMS): Cloud-connected GSM/LoRaWAN modules enable remote real-time monitoring, automated fault alerts, centralized scheduling, and energy generation analytics from any dashboard.
Technical Feature
Power Source & Cable Cost
Battery Chemistry
Luminous Efficacy
Theft & Vandalism Risk
Ingress & Impact Rating
Ongoing Maintenance
Grid Street Lights
Heavy trenching & cabling
None
70 – 80 lm/W
Cable theft risk
IP54
High maintenance & power bills
Lead-Acid Solar Lights
Solar with bulky lead-acid box
Lead-Acid / Gel (Heavy, 2-year life)
100 – 120 lm/W
High battery theft risk (ground box)
IP65
Frequent acid top-up & replacement
Smart LiFePO4 Solar Lights
Zero Trenching & Cabling
LiFePO4 (up-to 10 years life)
160 – 190 lm/W (Bridgelux LEDs)
Zero theft risk (Integrated unit)
IP66 & IK08 Impact-Resistant
Zero maintenance for 5+ years
Target Applications & Deployment Sectors
Municipal Corporations & Smart Cities: Major city avenues, public parks, urban roundabouts, and flyovers.
National Highways & State Expressways: Toll plazas, interchange junctions, bridges, and accident-prone corridors.
Industrial Corridors, SEZs & Warehousing Parks: Heavy manufacturing plants, boundary perimeters, logistics yards, and refinery internal roads.
Commercial Real Estate & Gated Communities: Township streets, clubhouse avenues, and parking driveways.
Rural Electrification & PM-JANMAN / Gram Panchayat Projects: Reliable village illumination with zero grid connectivity requirements.
Frequently Asked Questions (FAQs)
Q: What happens to the solar street lights during continuous cloudy or rainy days?
A: Our solar street lights are engineered with a minimum of 3 to 5 days of battery autonomy. Combined with intelligent MPPT power-saving algorithms and motion dimming, the lights remain fully operational even through extended monsoon periods.Q: What is the lifespan of the Lithium Iron Phosphate (LiFePO4) battery pack?
A: LiFePO4 batteries deliver over 3,000 to 5,000 charging cycles at 80% Depth of Discharge (DoD), providing an operational lifespan of 8 to 10+ years without requiring maintenance or acid top-ups.Q: Can existing grid street light poles be retrofitted with solar lights?
A: Yes. Our All-in-One and Semi-Integrated luminaires come with universal mounting brackets designed to easily retrofit onto existing round, octagonal, or square tubular poles without new civil excavation.
Illuminate Your Infrastructure with Smart Clean Energy
Eliminate trenching costs and power bills with intelligent, autonomous solar lighting. Contact our infrastructure team for lux-level photometric simulations and lighting layout designs.
[ Request a Photometric Layout & Lighting Proposal ] [ Speak with a Smart Lighting Specialist: +91-9953866820 ]
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