Split-Mount LED Solar Street Lights
SplitSolar Family: Reliable, Flexible Solar Street Lighting Solutions
The SplitSolar series delivers high-performance split mount solar street lights, featuring a modern design with separate solar panels and light fixtures for enhanced adaptability. With multiple power options to suit residential, commercial, and industrial needs, this family ensures efficient lighting tailored to different environments.
Whether you need cost-efficient neighborhood lighting or heavy-duty illumination for highways, SplitSolar provides durable, low-maintenance, and weather-resistant solar solutions.
Discover the right fit for your project below—explore different series and their unique applications.
Fast Comparison of Best-Selling Items
Professional-grade systems with completely separate components for maximum customization. Supports larger solar panels and battery capacities for 7+ rainy days autonomy. Modular design allows component replacement and upgrades. Designed for highways, industrial areas and security zones.
ECOLite - YY
“Cost-effective slim design with batwing lens for efficiency.”
Solar panel 60W-120W
Battery 192-384WH
Brightness 3,400-8,000LM
Installation height 5–10m
-Residential streets & pedestrian pathways
-Small community parks & urban plazas
-Suburban & rural road lighting
TerraBright - YP
“Rugged build ensures high brightness and long lifespan.”
Solar panel 150W-200W
Battery 512-640WH
Brightness 9,600-12,800LM
Installation height 8–10m
-Highways & major arterial roads
-Industrial zones & logistics parks
-Large public squares & transportation hubs
EnduroMax - HS
“Premium dual-solar design features advanced power management tech.”
Solar panel 2*150W or 2*200W
Battery 1,536-1,920WH
Brightness 16,000-20,800LM
Installation height 8–12m
-Offshore oil rigs & coastal installations
-Polar/mining camps in harsh climates
-Military bases & critical infrastructure
ECOLite - YY
Affordable Eco-Lighting with Optimized Performance
Designed for residential streets and community spaces, the ECOLite combines sleek aesthetics with efficient 3,400–8,000LM illumination. Its slim-profile IP66 aluminum housing integrates advanced thermal management for stable performance across -30°C to 55°C environments.
- Smart Energy Economics – Modular lithium battery (192-384WH) delivers 6-8 year lifespan (1,200+ cycles at 85% retention), featuring low-voltage protection for battery longevity.
- Precision Solar Harvesting – 60-120W monocrystalline panels with patent-pending batwing lens achieve 22% system efficiency, maintaining 3-5 nights operation during rainy periods.
- Adaptive Light Distribution – 130° batwing optics eliminate dark spots between 5-10M poles while reducing glare, perfect for walkways and roadways.
Best For: Municipalities and developers needing budget-friendly solutions for neighborhoods, park trails, and village roads (60-120W solar capacity).
TerraBright - YP
Industrial-Grade Solar Lighting for Heavy-Duty Applications
Engineered to withstand the most demanding environments, TerraBright delivers powerful 9,600–12,800LM illumination for critical infrastructure across all weather conditions. Its military-spec IP68-rated housing features impact-resistant polycarbonate and corrosion-proof aluminum alloy construction (-40°C to 70°C operating range).
- Unrivaled Power Capacity – Commercial lithium iron phosphate (LFP) battery (512–640WH) maintains 80% capacity after 4,000+ cycles (12+ year service life), engineered for highway-grade reliability.
- Maximum Solar Performance – Heavy-duty 150–200W monocrystalline panels with 24% efficiency feature anti-reflective coating and 30° adjustable tilt, ensuring continuous operation through 10+ cloudy days.
- Precision Highway Optics – Asymmetric 150° beam pattern provides uniform coverage at 8–10M mounting heights, eliminating dark zones while minimizing light pollution – ideal for interchanges and logistics yards.
Best For: National highway networks, port authorities, and industrial campuses requiring 150W+ systems with military durability standards.
EnduroMax - HS
Military-Grade Dual Solar Lighting for Extreme Environments
Engineered for the world’s most challenging environments, EnduroMax delivers unmatched 16,000–20,800LM illumination with revolutionary dual-power redundancy – the ultimate fail-safe lighting solution for Arctic bases, offshore platforms, and defense installations.
- Ultra-High Capacity Power Core – Twin commercial-grade LFP batteries (1,536–1,920WH) maintain 80% capacity after 5,000+ cycles (15+ year service life), featuring integrated heating for long time operations.
- Tactical Dual-Solar System – Two hurricane-rated 150W or 200W panels with military-spec intelligent power switching ensure continuous operation through 7+ rainy days.
- Precision Optical System – Hybrid 170° lens technology eliminates shadows at 8–12m mounting heights while maintaining NVG compatibility for security applications.
Best For: Military bases, offshore oil rigs, and polar research stations demanding ultra-reliable lighting for mission-critical operations.
Key Technologies that Set Us Apart
High-Efficiency Solar Panel
EV-Grade Battery
Raliable Solar Controller
Overheat Protection
Less Maintenance Battery Solution
Shadow-Proof Charging
Steady All Night
AI Weather Forecast
Deep Sleep for Storage
Remote Control
Production Facilities
Essential Guide: Split-Mount Solar Street Light Systems
1. Modular Design for Optimal Solar Performance
Split-mount systems separate solar panels and batteries for better placement flexibility.
Position panels in full sunlight while keeping batteries in shaded or secure locations.
Ideal for areas with partial shading, uneven terrain, or security constraints.
2. High Flexibility Compared to All-in-One Lights
Allows independent component upgrades (e.g., larger battery or higher-wattage panels).
Better cooling for batteries in hot climates, increasing lifespan.
Easier maintenance—replace individual parts without dismantling the entire system.
3. Military-Grade Durability for Harsh Environments
Corrosion-resistant housing suits coastal, desert, and arctic conditions.
IP66+ rated components withstand rain, dust, and salt spray.
4. Intelligent Power Management for Reliability
Dual MPPT controllers maximize energy conversion in low-light conditions.
5-10 days of backup power, extendable with hybrid (solar + wind) options.
Remote monitoring & dimming for adaptive lighting control.
5. Scalable Solutions for Every Lighting Need
Choose from ECOLite (budget-friendly), TerraBright (industrial-strength), or EnduroMax (military-grade).
Each series is optimized for different brightness, weather resistance, and durability needs.
Perfect for everything from quiet neighborhoods to offshore rigs and arctic bases.
Split Mount vs. All-in-One Solar Street Lights: Strengths Comparison
| Feature | Split Mount Solar Street Lights | All-in-One Solar Street Lights |
|---|---|---|
| Design Advantage | Modular design allows flexible component placement | Compact, integrated design minimizes footprint |
| Installation Benefits | Components can be positioned optimally for environment | Quick plug-and-play installation saves time |
| Performance Edge | Higher power capacity for demanding applications | Efficient design ideal for standard lighting needs |
| Maintenance Strength | Individual component replacement reduces long-term costs | Pre-configured system simplifies upkeep |
| Environmental Adaptability | Better suited for extreme climates/harsh conditions | Excellent for moderate climate urban applications |
| Upgrade Flexibility | Allows independent upgrades of panels/battery | Complete system upgrades are streamlined |
| Best Application Fit | Industrial zones, highways, remote locations | Residential streets, parks, urban pathways |
Key Takeaway: Split Mount excels in customization and high-power scenarios, while All-in-One shines in convenience and urban applications.
Split-Mount Solar Street Lights: A Complete Purchasing Handbook
(Technical Q&A for Engineering Buyers)
Table of Contents
Chapter 1
What is the operating temperature range for Enerlumen’s split-mount systems?
Enerlumen solar street lights operate reliably in -20°C to +60°C environments. Key design features:
- Battery: LiFePO4 batteries with intelligent temperature control (ITC) activate heating/cooling below 0°C or above 45°C.
- Solar Panel: Monocrystalline cells (19%-22% efficiency) with snow-shedding tilt (30° adjustable).
- LED Module: Aluminum heat sinks maintain junction temperature below 85°C at full load
Chapter 2
How does the modular design benefit large-scale deployments?
Enerlumen’s split systems allow:
- Independent Upgrades: Swap batteries (128WH–1,920WH) or panels (60W–200W) without replacing entire units.
- Reduced Maintenance Costs: Failed components (e.g., batteries) can be replaced in <30 minutes (vs. 2+ hours for all-in-one lights).
- Future-Proofing: Supports hybrid wind/solar expansions.
Chapter 3
What lighting modes are available for energy efficiency?
Six programmable modes via remote control:
| Mode | Lighting Sequence | Duration | Recommended Applications |
|---|---|---|---|
| DEMO | 100% brightness | 1 minute | Installer verification, pre-commissioning tests |
| OFF | Completely off | Continuous | Temporary shutdown during maintenance |
| L | 100% → 60% → 20% | 2h → 3h → dawn | Township roads – All-night safety lighting with balanced energy use |
| T | 100% → 50% → 30% | 3h → 3h → 2h | Parking lots – High brightness early, lower during late-night |
| M | 100% → 50% | 3h → 3h | Residential streets – Prioritizes early-night lighting |
| U | 100% → 50% +30% motion boost | 3h → 3h | High-security zones – Motion-activated brightness boost |
Key Notes:
- U Mode increases to 130% brightness upon motion detection (configurable via remote).
- Default L Mode optimizes battery longevity while ensuring visibility.
- T Mode mimics energy-saving profiles used in commercial parking lots.
Chapter 4
How does Multi-Peak MPPT improve charging efficiency?
Unlike standard MPPT, Enerlumen’s patented Multi-Peak MPPT:
- Tracks multiple power points when panels are partially shaded (e.g., by trees).
- Boosts energy harvest by 15–20% (verified in Malaysia installations).
- Extends battery life by preventing inconsistent charging (3,500+ cycles @ 90% capacity retention).
Chapter 5
What pole height and spacing are recommended?
Per installation manual:
| Model | Pole Height | Spacing | Application |
|---|---|---|---|
| YP-150 | 7–8m | 25–35m | Township roads (Project Case: China) |
| HS-400 | 8–12m | 35–50m | Highways (Project Case: Mexico) |
| YH-120-M | 5–6m | 20–30m | Gardens (Project Case: Myanmar) |
Chapter 6
How is waterproofing ensured for coastal projects?
- IP67 Battery Boxes: Tested at 1m underwater for 30 mins (Project Case: Sri Lanka seafront).
- Corrosion-Resistant Materials: Aluminum housing with saltwater-proof coatings.
- Elevated Mounts: Optional 2m pole brackets for flood-prone areas.
Chapter 7
Can Enerlumen lights integrate with existing grid infrastructure?
Yes. The YY/YP series support:
- AC Hybrid Mode: Automatically switches to grid power during prolonged low solar input.
- Retrofit Kits: Compatible with conventional street light poles (Project Case: Nigeria city roads).
Chapter 8
How does Enerlumen's bat-wing lens optimize light distribution?
Enerlumen’s patent bat-wing lens achieves:
- Wider Coverage: 160°×45° beam angle (YP-200 model) vs. industry standard 120°×60°.
- Uniformity: Eliminates dark spots with polarized light (Luminous intensity curve shows ≤1:3 max/min ratio).
- Efficiency: 94% light transmittance via UV-resistant PC lens (Tested in Thailand parking lots project).
Chapter 9
What is the actual lumen decay rate after 5 years?
LM-80 test data confirms:
| Year | YH-100-M | Industry Average |
|---|---|---|
| 1 | 97% | 93% |
| 3 | 93% | 85% |
| 5 | 88% | 75% |
Key: Triple-coated LEDs + 4-layer PCB heat dissipation (Used in Mexico highways since 2019).
Chapter 10
How to troubleshoot "no light" issues?
- Check Connectors: Verify waterproof plugs (IP67) are fully seated.
- Indicator Lights:
- Solid Red: Normal battery
- Blinking Red: Over-discharge (Requires 5+ sun-hours to recover)
- Demo Mode: Press remote control to force 1-minute test (All models except YL series).
Chapter 11
What makes LiFePO4 batteries safer than lithium-ion?
| Factor | Enerlumen LiFePO4 | Standard Li-Ion |
|---|---|---|
| Thermal Runaway Risk | None (<60°C cutoff) | High (≥80°C) |
| Cycle Life | 3,500+ cycles @90% | 1,000 cycles @80% |
| Toxic Materials | Non-toxic phosphate | Cobalt oxide |
Project Case: Australian farms use 1,920WH batteries since 2020 with zero failures.
Chapter 12
ROI Calculation for Township Road Projects (100 Lights)
Below chart is estimated data, for reference only.
| Cost Component | Solar Street Lights | Grid-Powered Lights | Notes |
|---|---|---|---|
| Initial Investment | 50,000( 50,000 (~500/light) | 30,000( 30,000 (~300/light) | Solar: Includes panels, batteries, smart controller |
| Installation | $10,000 | $15,000+ | Grid: Trenching, cabling, transformers add costs |
| Electricity Costs (10 yrs) | $0 | ~36,000(36,000 (30/light/month) | Grid: Assumes $0.15/kWh, 8h nightly operation |
| Maintenance (10 yrs) | $5,000 (battery replacements) | $20,000 (bulb/wiring repairs) | Solar: Batteries replaced once (~5-year lifespan) |
| Total 10-Year Cost | $65,000 | $101,000+ | Grid costs vary by local tariffs |
| ROI Break-Even Point | 3–4 years | N/A (Ongoing costs) | Solar: Savings offset higher upfront costs by Year 4 |
| CO₂ Savings (10 yrs) | ~120 tons | 0 tons | Solar: No grid dependency (~1 ton CO₂/light/decade) |
Key Takeaways:
- Solar wins long-term: Higher initial cost but ~35% cheaper over 10 years.
- Grid risks: Vulnerable to tariff hikes and blackouts (e.g., 20% tariff rise adds $7,200+).
- Case Data: Nigerian township projects (2023) confirmed 4.2-year ROI for solar.
Chapter 13
Can panels be cleaned with tap water?
Yes, but with precautions:
- Frequency: Every 6 months (Dusty areas like Middle East: 3 months).
- Method: Soft cloth + mild soap (Avoid high-pressure sprays to prevent micro-cracks).
- Performance Loss: 19% efficiency → 15% if uncleaned for 1 year (Sri Lanka seafront data).
Chapter 14
What wireless monitoring options exist?
Optional IoT Kit provides:
- Real-Time Data: Voltage, charging status, faults via APP/PC.
- Alerts: SMS for over-discharge or panel shading.
- Case Study: Polish sports ground reduced maintenance visits by 70% using this.
Chapter 15
Why Choose Solar Street Lights for Off-Grid Areas?
Core Advantages:
| Benefit | Technical & Operational Impact |
|---|---|
| Independence from Grid | Eliminates reliance on unstable or non-existent power infrastructure. |
| Rapid Deployment | No trenching or cabling required; installations completed in days. |
| Zero Electricity Costs | Solar energy fully powers the system, removing ongoing utility expenses. |
| Low Maintenance | Fewer moving parts and no wiring corrosion compared to grid-tied lights. |
| Modular Scalability | Systems can be expanded incrementally based on budget or needs. |
Key Technical Features:
- Battery Longevity: LiFePO4 batteries support 3,000+ cycles.
- Weather Resistance: Standard IP65/IP67 rating protects against dust and water ingress.
- Smart Control Options: Optional motion sensors or dimming modes for energy efficiency.
