All in Two Outdoor Solar Street Light Two in One
- Separate Rotatable Photovoltaic Panel
- Integrated Light Head & Battery Housing
- Precision RF Wireless Remote Dimming
Explore our flagship series of commercial-grade solar luminaires. Fully equipped with integrated RF remote control, dynamic MPPT charge controllers, ultra-long-life LiFePO4 batteries, and heavy-duty storm-resilient housings.
As China’s premier remote control solar lighting supplier and global exporter, we combine rigorous manufacturing standards with cutting-edge optical and electrical engineering to serve land developers, municipalities, HOAs, and utility operators worldwide.
Engineered for harsh coastal and storm-prone regions. Our structural luminaire body and pole attachments are wind-tunnel tested to withstand Category 5 hurricane wind loads (up to 60 m/s), certified under IEC and ISO structural standards.
Completely eliminate grid connection delays, expensive transformer upgrades, and trenching costs. Our solar lighting infrastructure delivers 100% autonomous operation, providing immediate lighting deployment for new highway, urban, and rural expansion projects.
Integrated with high-capacity Grade-A Lithium Iron Phosphate (LiFePO4) battery arrays and intelligent energy saving software algorithms. Systems maintain continuous operation for 5 to 7 consecutive overcast or rainy days without light output failure.
Utilizing N-Type bifacial solar panels to capture direct sunlight alongside ground albedo reflection (+25% extra yield). Accompanied by ergonomic multi-channel RF remote controllers for instant parameter adjustment and telemetry override.
Custom optical distributions featuring zero upward light output (ULR=0%) and precise cutoff shields. Options include 3000K warm illumination, Dark-Sky IDA approval, and 590nm turtle-friendly amber LEDs for coastal wildlife zones.
From Dialux photometric simulations and custom bracket engineering to white-label branding and project financing structures ($0 upfront CAPEX options), we offer comprehensive B2B enterprise manufacturing services.
Understanding the engineering breakthroughs behind high-efficacy remote-controlled solar street lighting systems.
Modern commercial solar lighting deployment requires precise operational flexibility. Our industrial luminaires utilize dual-tier control interfaces designed for diverse site requirements:
• Long-Range RF Handheld Remote Control: Operates on a secure 2.4GHz radio frequency channel, enabling site engineers to adjust power profiles (10%–100%), dimming curves, work modes (L-Light Control, T-Time Control, M-Motion Sensor), and force manual overrides from up to 15–20 meters away without ladder climbing or physical access.
• Centralized IoT Gateway Integration (LoRaWAN / NB-IoT / Zigbee): For large-scale municipal projects, our fixtures integrate smart controllers that communicate directly with a cloud dashboard. Municipal operators monitor real-time battery State of Charge (SoC), solar energy harvest (Wh), LED thermal status, and auto-triggered fault alerts globally.
Photovoltaic efficiency directly dictates battery charging speed and fixture reliability during short winter days. As a leading exporter, we integrate top-tier solar cell technology:
• N-Type TOPCon Cell Efficiency: Converting solar irradiance at an efficiency rating exceeding 24.5%, ensuring rapid current generation even under weak morning or overcast sunlight conditions.
• Bifacial Albedo Capture: Our dual-glass solar panels utilize transparent rear backsheets to capture reflected ambient light from concrete roads, sand, or snow cover. This delivers up to an additional 30% solar power yield, significantly shrinking necessary solar panel dimensions while maintaining maximum battery charge.
Energy storage longevity is the core foundation of zero-maintenance off-grid solar streetlights:
• Lithium Iron Phosphate (LiFePO4) Battery Cells: Unlike conventional lead-acid or low-grade ternary lithium batteries, our Grade-A LiFePO4 packs deliver over 6,000 deep-discharge cycles at 80% Depth of Discharge (DoD). They exhibit non-combustible thermal stability operating flawlessly between -20°C and +70°C.
• Intelligent MPPT Charging Algorithm: Maximum Power Point Tracking (MPPT) micro-controllers continuously track the voltage-current curve of the solar panel 1,000 times per second, yielding >99.5% tracking efficiency compared to legacy PWM controllers, boosting system charging speed by up to 30%.
In dusty, arid, or desert regions (such as Middle Eastern, African, and Australian mining corridors), airborne dust accumulation on solar panels can reduce charging efficiency by up to 50% within three weeks. Our flagship self-cleaning solar streetlights solve this maintenance overhead via an integrated high-torque auto-cleaning robotic brush system. Programmed via remote control or automated smart timer, the system runs a bi-daily clearing cycle, ensuring peak photovoltaic absorption and eliminating manual cleaning OPEX.
Compare technical parameters across All-in-One, All-in-Two, Split-Type, and Self-Cleaning systems to select the optimal solution for your regional lighting tender.
| System Type | Wattage Output | Solar Panel Type | Remote Telemetry | Wind Rating | Ideal Application |
|---|---|---|---|---|---|
| All-in-One (Integrated) | 15W – 120W | Built-in Mono / Bifacial | RF Remote / Motion Sensor | Category 4-5 (45-55 m/s) | Residential roads, HOAs, pathways, perimeter security |
| All-in-Two (Semi-Split) | 30W – 150W | Independent Adjustable Mono | RF Remote / Timer Dimming | Category 5 (60 m/s) | Municipal collector roads, parking lots, industrial parks |
| Split-Type Solar Light | 60W – 300W | High-Wattage External Mono | LoRaWAN / NB-IoT / RF Remote | Category 5+ (65 m/s) | Highways, major expressways, heavy industrial plants |
| Auto Self-Cleaning Series | 30W – 150W | Mono with Robotic Brush | Remote Scheduled Cleaning | Category 5 (55-60 m/s) | Desert highways, dust-prone mining sites, arid zones |
Key technological shifts driving global municipal and commercial outdoor lighting specifications over the next decade.
Global procurement specifications are rapidly deprecating traditional monofacial solar panels in favor of N-type TOPCon bifacial modules. Lower thermal degradation coefficients and rear-side albedo energy generation ensure consistent light output in restricted pole height conditions.
Static, non-adjustable solar lights are being phased out by municipal authorities. The inclusion of multi-mode RF remote control and smart IoT nodes is now a standard tender prerequisite to facilitate dynamic dimming schedules, dark-hour energy conservation, and predictive fault monitoring.
With extreme temperature fluctuations caused by climate volatility, enterprise buyers demand LiFePO4 battery chemistries equipped with smart Battery Management Systems (BMS) featuring thermal cutoff circuits, ensuring 10+ year service lives without degradation risk.
Light pollution mitigation laws globally require specialized photometric lenses (Type II, Type III, Type IV) that completely prevent light spill above 90 degrees horizontal. Amber optical spectra (2200K–3000K) are increasingly mandated to preserve nocturnal biodiversity.
Direct technical and commercial answers for project managers, OEM importers, contractors, and municipal engineers.
As a direct manufacturer based in China's prime solar technology cluster, we deliver full vertical integration—from raw aluminum die-casting and SMT LED mounting to custom BMS firmware development and automated testing. This eliminates multi-tier distributor markups, guarantees strict compliance with IEC/CE/RoHS certifications, and allows full custom modifications for large-scale tender requirements at competitive factory prices.
Our RF (Radio Frequency) remote control systems operate on localized 2.4GHz radio bands that do not rely on Wi-Fi, cellular, or internet infrastructure. Maintenance operators can modify light schedules, switch brightness levels (e.g., from 100% full power to 30% motion-sensor dimming mode), or run diagnostic tests using a simple handheld wireless controller directly from the ground.
All-in-One systems integrate the solar panel, LiFePO4 battery, LED engine, and controller into a single compact housing for ultra-fast 5-minute installation. All-in-Two fixtures separate the solar panel for independent multi-angle tilting toward optimal solar azimuth while retaining an integrated light body. Split-Type systems place the battery box and panel externally, supporting massive wattage loads (up to 300W LED) for heavy highways and extreme weather zones.
Dust, sand, airborne soot, and bird dropping accumulation can degrade solar panel charging efficiency by up to 50% within weeks in desert or coastal industrial areas. Our self-cleaning luminaires feature a heavy-duty, weather-resistant robotic brush mechanism that automatically sweeps the glass surface twice daily. This maintains panel efficiency above 98% throughout its operational lifetime and eliminates expensive manual washing crews.
Our systems are engineered with dynamic dimming firmware and high-capacity LiFePO4 battery reserves sized for 5 to 7 consecutive rainy or overcast days (autonomy days). When prolonged bad weather occurs, the intelligent controller automatically throttles power consumption using adaptive PIR/microwave motion sensing to ensure uninterrupted public lighting.
Yes. Our luminaires are constructed from high-tensile ADC12 die-cast aluminum alloys treated with electrostatically applied anti-corrosion powder coatings, reaching an IP66/IP67 ingress rating and IK10 impact resistance. Fasteners are Grade 316 stainless steel, and mechanical bracket joints are rated to withstand Category 5 hurricane wind speeds of up to 60 m/s (216 km/h).
We offer comprehensive ODM customization including photometric optical distribution (Type II, III, IV), customized CCT spectrum (2700K warm to 6500K daylight, including 590nm turtle amber), laser-etched brand logos, custom housing colors, customized solar panel wattages, and IoT cloud gateway protocol programming.
Contact our engineering consulting team today for complete Dialux photometric reports, technical spec sheets, and competitive factory-direct bulk pricing.
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