Solar Parking Lot & Area Lights Direct From Factory
Six product lines covering parking lots, open areas, pole-mounted sites, yards, and portable tower applications. Every unit ships with 100% pre-shipment inspection and full export documentation.
Configured for your project, built for repeat orders.
Exported to
Solar Parking Lot Lights Built for Repeat Commercial Orders
JXSOL manufactures solar-powered parking lot and area lighting at our 12,000 m² factory in Guzhen Town, Zhongshan — the same facility where the product is engineered, assembled, and inspected before it ships. We are not a sourcing agent. The production lines, the engineering team, and the inspection lab are all in the same building.
Solar parking lot lights are one of the categories we've built production depth around since 2012. The buyer complaints we heard early in this category — batteries failing after one rainy season, lumen output inconsistent between batches, waterproof ratings that didn't hold in the field — shaped how we set up the production system. Battery matching and charge/discharge testing, lumen and color temperature confirmation at assembly, and IP65/IP67 waterproof verification before any unit leaves the line are not optional steps here. They're checkpoints every unit passes.
Six production lines running automated SMT assembly, LED module integration, and battery pack matching give us a daily output above 5,000 units and an annual capacity of 1,200,000 units. That capacity means your reorder runs on a scheduled line, not in a queue behind a new customer's first run. Distributors and project contractors who need forward inventory planning can count on that. Learn more about our production setup at the JXSOL solar lighting factory.
If you have site drawings, a target lumen output, or an order volume in mind, send us the details and we'll come back with a configuration recommendation.
Production Checkpoints Every Unit Passes
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Battery Matching
Charge/discharge testing before pack assembly
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Lumen & CCT Confirmation
Color temperature verified at assembly stage
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IP65/IP67 Waterproof Verification
Tested before any unit leaves the line
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Automated SMT Assembly
LED module integration on 6 production lines
Reorder Advantage
Your reorder runs on a scheduled line, not in a queue behind a new customer's first run.
Parking Lot, Area, Pole, Yard, and Tower Lighting in One Category Line
This category covers six product types. Each one addresses a different site condition, mounting requirement, or deployment scenario. Buyers sourcing multiple types can combine them in a single inquiry — one factory, one QC standard, one shipment.
Solar Parking Lot Lights
Fixed overhead lighting for retail parking lots, campus lots, municipal parking areas, and commercial facilities where grid trenching is cost-prohibitive or impractical.
Solar Area Lights
Broad open-area coverage for sites where grid wiring is absent or expensive — perimeter lighting, open yards, community spaces, and distributed outdoor areas.
Commercial Solar Area Lights
Higher-output configurations for industrial yards, logistics parks, warehouse perimeters, and facility security zones that require sustained illumination through the night.
Solar Pole Lights
Pole-mounted lighting for pathways, compounds, campus roads, and distributed outdoor sites where individual fixture placement is more practical than a single high-mast installation.
Solar Yard Lights
Lower-height area lighting for smaller outdoor spaces, residential developments, and distributor catalog programs that need a mid-range SKU between pathway lights and full commercial area lights.
Solar Lighting Tower
Portable or semi-permanent lighting for construction sites, emergency response, mining operations, outdoor events, and remote work zones where fixed infrastructure is not available.
The six product types share the same core production standards — same LED module testing, same battery matching process, same IP65/IP67 waterproof verification — so mixing SKUs in one order doesn't mean mixing quality tiers.
We'll match each item to the right configuration.
Configuration Logic Before You Compare Unit Prices
Comparing solar parking lot light prices across suppliers without aligning the configuration first is one of the most common sourcing mistakes in this category. A unit quoted at a lower price may carry a smaller battery, a lower-wattage solar panel, or a shorter autonomy rating — and none of that shows up in a line-item price comparison. By the time the difference surfaces, it's usually in a warranty claim or a reorder conversation.
The configuration decisions that actually determine whether a fixture performs in your market:
Lumen Output & Mounting Height
These two parameters work together. Specifying lumen output without confirming mounting height — or vice versa — leaves the coverage calculation incomplete.
Reference Ranges
Battery Autonomy
This is where most solar lighting failures originate. Autonomy days refer to how many consecutive cloudy days the battery can sustain full or partial output without recharging.
Recommended Autonomy by Market
Field note: We've had buyers in equatorial markets order 2-day autonomy units because the price was lower, then come back after the first wet season. The battery sizing conversation is worth having before production, not after.
Solar Panel Sizing
Solar panel sizing is tied to both the lumen output and the target latitude. A fixture designed for Southern California needs a different panel-to-battery ratio than the same fixture deployed in Northern Europe or Central Africa. Our engineering team can size the solar panel and battery configuration for your target deployment region — send us the latitude or country and we'll run the calculation.
Control Mode
Control mode affects both energy balance and buyer expectations. Standard options include:
- Full-night mode
- Half-power dimming after midnight
- Motion-activated boost
- Programmable dimming schedules
For commercial parking lots with late-night traffic, full-night mode at reduced output is often the right balance. For construction sites or emergency response, motion-activated full output makes more sense. The control mode should match the site's actual usage pattern, not just the lowest-cost option.
Mounting and Bracket Configuration
Mounting and bracket configuration varies by site:
- Parking lots — single-arm or double-arm brackets on standard poles
- Open area lights — adjustable tilt brackets to optimize panel angle
- Pathway pole lights — integrated designs with the panel built into the fixture head
Confirming the mounting configuration before production avoids bracket mismatches on arrival.
Fixture Selection by Site Type
| Site Type | Recommended Fixture | Lumen Range | Autonomy Days | Control Mode |
|---|---|---|---|---|
| Retail / commercial parking lot | Solar Parking Lot Lights | 3,000–8,000 lm | 2–3 days | Full-night or dimming after midnight |
| Industrial yard / logistics perimeter | Commercial Solar Area Lights | 8,000–20,000 lm | 3–5 days | Full-night or motion-activated |
| Campus road / pathway | Solar Pole Lights | 1,500–4,000 lm | 2–3 days | Dimming or motion-activated |
| Open area / community space | Solar Area Lights | 3,000–10,000 lm | 2–4 days | Full-night or dimming |
| Construction / remote / emergency | Solar Lighting Tower | 10,000–30,000 lm | 1–3 days | Manual or motion-activated |
| Distributor catalog / mid-range SKU | Solar Yard Lights | 800–2,500 lm | 2–3 days | Full-night or dimming |
Get a Configuration Recommendation
Send us your pole height, site size, target runtime, and destination market — we'll come back with a configuration recommendation before you commit to a sample order.
Category Specification Ranges Buyers Should Confirm Early
The ranges below cover the full product line in this category. Exact values vary by fixture type, battery configuration, solar panel sizing, and market requirement. Use these ranges to pre-qualify whether our production capability covers your project specs before requesting samples or a formal quote.
| Parameter | Category Range / Options |
|---|---|
| LED Power | 20W – 300W |
| Lumen Output | 800 lm – 30,000 lm |
| Solar Panel Wattage | 20W – 400W (monocrystalline) |
| Battery Chemistry | LiFePO4 (lithium iron phosphate), Li-ion |
| Battery Capacity | 20Wh – 1,500Wh |
| Color Temperature (CCT) | 3000K, 4000K, 5000K, 5700K, 6500K |
| Beam Angle / Optics | 60°, 90°, 120°, 150°; asymmetric road optics available |
| Mounting Height Range | 4m – 12m (standard fixtures); 6m – 20m (lighting tower) |
| Working Modes | Full-night, 50% dimming after midnight, motion-activated, programmable schedule |
| Charging Time | 6–10 hours (full sun) |
| Autonomy Days | 2–7 days (configuration-dependent) |
| IP Rating | IP65 (standard), IP67 (available on specified models) |
| Housing Material | Die-cast aluminum, powder-coated; stainless steel hardware |
| Operating Temperature | -30°C to +60°C |
| Certifications | ISO 9001:2015, CE, RoHS, IP65/IP67, IEC 62124 |
Certification Documentation
CE Declaration of Conformity, RoHS test reports, and IP test certificates are available with the order. For buyers importing into regulated markets, see our certification documentation.
CE, RoHS, IP65/IP67, and IEC 62124 docsInclude your required certification market and target spec in your RFQ so we can confirm compliance coverage before production.
Submit RFQ with SpecsBattery, LED, Controller, and Waterproof Checks Before Shipment
Solar lighting fails in predictable ways. We've been watching the same failure modes since 2012, and the production controls we run are built around them specifically.
Battery Capacity Mismatch
Most common cause of early field failure. A battery pack that tests at rated capacity on day one may perform significantly below spec after 50–100 charge/discharge cycles if the cells were not matched by capacity and internal resistance before assembly.
Our Control
We match battery cells by capacity and internal resistance at the pack assembly stage — every pack, not a sample. Packs that fall outside tolerance are pulled before they reach final assembly. The result is consistent autonomy performance across your batch, not just across the first few units.
LED Lumen Inconsistency Between Batches
Second most common complaint from buyers who've switched suppliers. It shows up when a reorder arrives and the color temperature or brightness is visibly different from the first shipment — a problem that's difficult to explain to downstream customers and expensive to resolve after the container is open.
Our Control
We run lumen output and color temperature confirmation at the LED module assembly stage, with binning controls that keep CCT and lumen output within a defined tolerance across the batch. The tolerance we hold is tighter than what most buyers specify in their purchase orders — we've found that buyers who don't specify a tolerance often don't realize they need one until they see two batches side by side.
Controller and Sensor Malfunction
Less common but harder to diagnose in the field. PIR sensors that trigger inconsistently, dimming schedules that reset after a power interruption, or charge controllers that don't regulate correctly under high-temperature conditions — these failures tend to surface after installation, not before.
Our Control
We run controller and PIR sensor function checks on dedicated test benches before final assembly, and aging tests under load confirm that the control logic holds through a full charge/discharge cycle.
Water Ingress
The failure mode buyers fear most, and the one most commonly misrepresented in product catalogs. An IP65 or IP67 rating is a test result, not a design claim.
Our Control
We test waterproof structure on our own IP inspection equipment — not assumed from housing geometry or gasket specification. Units that don't pass the waterproof inspection don't move to final packing.
100% Outgoing Inspection
Every unit, every carton, every accessory pack, every label — before the container is sealed.
That process is described in detail at the JXSOL inspection process page. It adds time to the production schedule. It also means defective units are caught before they're on a ship, not after they're in your warehouse.
Request Test Documentation with Your RFQ
OEM/ODM Solar Area Lighting for Distributors and Project Programs
Standard catalog models cover most commercial applications. When they don't — because your market has specific lumen requirements, your project needs a custom battery autonomy configuration, or you're building a private-label solar lighting line — our in-house engineering team handles the customization.
15+ Optical & Electrical Engineers
The R&D team works on both standard product development and OEM/ODM project support. Customization is handled in-house — not outsourced to a third-party design house.
Customization Dimensions Available
Lumen Output
Adjusted within the LED module's design range without changing the housing.
Color Temperature
Full range from 3000K warm white through 6500K daylight.
Battery Capacity & Autonomy
Sized for your target deployment latitude and required autonomy days.
Solar Panel Wattage
Configured for your target irradiance region.
Sensor Logic & Dimming
PIR sensitivity, trigger distance, dimming percentage, and schedule timing.
Housing Finish
Standard powder coat colors or custom RAL color on runs over 100 units.
Logo & Labeling
Private-label packaging, carton printing, and accessory kit configuration.
Market Documentation
CE Declaration of Conformity, RoHS records, and installation guides in your required language.
MOQ: 100 Units for Catalog Models
Low enough to test a new SKU with your customers before committing to a larger program. OEM/ODM projects go through an engineering review before production to confirm the configuration is achievable and to lock the spec before component procurement.
Don't Skip the Engineering Review
Skipping the engineering review to save time is the most reliable way to extend your lead time — we've seen it enough times to say it plainly. The review locks the spec before component procurement begins.
Building a Full Solar Lighting Catalog?
For distributors building a solar lighting catalog, combining multiple product types in one OEM program means consistent branding, consistent documentation, and a single factory relationship for the full outdoor solar lighting line:
Send Your OEM/ODM RequirementsInclude: target market, expected order quantity, desired lumen output, and packaging requirements — we'll scope the engineering review and come back with a timeline.
Market Segments Where Solar Area Lighting Creates Better Project Margins
The commercial value of solar parking lot and area lighting is not the same in every market segment. Some segments generate repeatable volume; others are project-driven with higher per-unit margins. Understanding which segment you're selling into shapes which product types and configurations are worth stocking.
Retail & Commercial Parking Lots
Highest-Volume RepeatableMunicipal governments, retail chains, and commercial property developers order in batches of 50–500 units per site, and sites are often replicated across a portfolio.
A distributor with a reliable parking lot lights SKU and a track record of consistent quality can build a recurring account base in this segment without competing on price alone.
Industrial Yards & Logistics Facilities
Higher Per-Unit MarginsNeed higher-output fixtures — typically 8,000–20,000 lumen range — for perimeter security, loading dock areas, and yard operations that run through the night.
These buyers are less price-sensitive than retail buyers and more focused on reliability and documentation. A single logistics park can represent a 200–500 unit order.
Schools, Campuses & Municipal Sites
Multi-Year ContractsRun standardized procurement programs. Once a specification is approved, the same fixture gets ordered across multiple sites on annual or multi-year contracts.
Getting on an approved vendor list is the entry point; consistent quality on the first order is what keeps you there.
Remote Facilities & Off-Grid Sites
Grid-Absence DrivenWarehouses, agricultural operations, border crossings, and off-grid industrial sites — the absence of grid infrastructure is the primary driver.
Extended autonomy configurations are the right product here. The buyer's alternative is a generator or a grid extension project — solar wins on total cost of ownership in most cases.
Construction, Events, Emergency & Mining
Growing SegmentPortable, deployable lighting that can be repositioned as the site changes. Rental companies, emergency management agencies, and mining operators are all active buyers.
This segment has grown significantly over the last three years — worth building into a catalog if you're not already covering it.
Distributor Catalog Programs
Full-Line EfficiencyA distributor who stocks parking lot lights, area lights, pole lights, yard lights, and a lighting tower option can cover most commercial outdoor solar lighting inquiries from a single supplier relationship.
This reduces sourcing overhead and improves margin on the full account.
Export Packing, Documentation, and Mixed-SKU Order Control
Solar parking lot and area lighting products ship as multi-component orders: fixtures, solar panels, mounting brackets, poles or pole sections, battery packs (where separate), controllers, hardware kits, and installation guides. A missing bracket or an unlabeled accessory pack creates a receiving problem at your warehouse and a delay on the installation site. We treat packing completeness as part of the QC process, not a logistics afterthought.
Carton-Level Traceability
Each carton is packed with the fixture, its corresponding accessories, and a packing list that matches the carton label. Batch codes on carton labels trace back to the production run, so if a question comes up after delivery — about a specific unit's test record or a batch's certification documentation — we can pull the records by batch code.
Pole & Tower Component Packing
For Solar Pole Lights and Solar Lighting Tower products, pole sections and tower components are packed separately with matching batch labels and assembly guides.
Mixed-SKU Order Management
Mixed-SKU orders — a common pattern for distributors sourcing parking lot lights, area lights, pole lights, and yard lights in one container — are managed with a consolidated packing list that maps each carton to its SKU, quantity, and batch code. This makes warehouse receiving straightforward and simplifies reorder tracking when you're restocking individual SKUs at different rates.
Export Documentation Available Per Order
Commercial Invoice
Packing List
Bill of Lading
CE Declaration of Conformity
RoHS Test Reports
IP Test Certificates
IEC 62124 Documentation
Confirmed Before Production
For buyers importing into North America, Europe, or other regulated markets, we confirm the documentation package before production, not at shipment.
Pallet & Container Loading
Pallet configurations are available for buyers who need palletized delivery. Carton dimensions are sized for standard 20GP and 40HQ container loading. For specific container loading quantities by SKU, include your destination port and pallet preference in your RFQ — we'll provide the loading data with the quote.
Full Export Process
For full details on our export process, see solar lighting export packing and delivery.
Include your destination port, pallet preference, and mixed-SKU list in your RFQ so we can confirm the packing plan and documentation package before production.
FAQ for Solar Parking Lot and Area Lighting Buyers
Practical answers to the configuration, quoting, and specification questions we hear most from distributors, contractors, and project buyers.
What information is needed to quote solar parking lot lights accurately?
What information is needed to quote solar parking lot lights accurately?
The minimum we need: target lumen output or mounting height, required autonomy days, destination country or latitude, order quantity, and any certification requirements for your market. If you have a site drawing or an existing fixture spec you're trying to match, that speeds up the configuration review.
Without the autonomy and latitude data, any quote we provide is based on assumptions that may not match your deployment conditions — and the price difference between a 2-day and a 5-day autonomy configuration can be 30–50% on the battery alone.
What lumen output should commercial solar area lights be configured for?
What lumen output should commercial solar area lights be configured for?
It depends on mounting height and coverage area, not just fixture type. A general starting point:
6-meter pole
10m × 10m area · Standard parking lot
3,000–5,000 lm
10-meter pole
15m × 20m area · Industrial yard
8,000–12,000 lm
12+ meter high-mast
Large coverage · High-mast installations
15,000–25,000+ lm
If you're replacing existing grid-connected fixtures, the existing fixture's lumen output is a useful baseline — solar replacements should match or exceed it to avoid visible downgrade complaints from end users.
How many autonomy days should solar parking lot lighting be configured for?
How many autonomy days should solar parking lot lighting be configured for?
The standard commercial recommendation is 3 autonomy days for most markets — enough to cover a typical cloudy period without visible dimming.
| Climate / Region | Recommended Autonomy | Examples |
|---|---|---|
| Extended rainy seasons | 4–5 days | Equatorial Southeast Asia, West Africa, monsoon regions |
| Standard / mixed climates | 3 days | Most global markets |
| High irradiance / predictable weather | 2–3 days | Middle East, Southern Europe, Southwest US |
Autonomy days are determined by battery capacity relative to nightly energy consumption — a fixture running at 50% power after midnight needs less battery than one running at full output all night. The control mode and the autonomy spec need to be confirmed together.
What IP rating is suitable for outdoor solar area lights?
What IP rating is suitable for outdoor solar area lights?
IP65 is the minimum for any outdoor solar lighting application — it covers dust ingress protection and water jet resistance, which handles rain, cleaning, and most outdoor exposure. IP67 adds submersion protection to 1 meter for 30 minutes, which matters for fixtures installed in flood-prone areas, low-lying parking lots, or sites with regular pressure washing.
We test both ratings on our own waterproof inspection equipment. If your project is in a coastal environment with salt spray exposure, confirm that the housing material and hardware are also rated for corrosion resistance — IP rating covers water ingress, not salt corrosion.
Key distinction: IP65 handles rain and hose-down cleaning. IP67 handles temporary submersion. Neither rating addresses salt corrosion — that requires separate material and hardware specification for coastal installations.
Why do some solar parking lot lights lose brightness after a few months?
Why do some solar parking lot lights lose brightness after a few months?
The most common cause is LED lumen depreciation from inadequate thermal management — the LED junction temperature runs too high because the heat sink is undersized or the thermal interface between the LED module and the housing is poorly executed.
LED junction temperature runs too high because the heat sink is undersized or the thermal interface between LED module and housing is poorly executed.
If cells in the battery pack were not matched by capacity and internal resistance at assembly, the weakest cell limits usable capacity and degradation accelerates with each charge cycle.
Panels not tilted at an angle that allows rain to clean them accumulate dust and lose output over time. Tilt angle is a configuration decision confirmed for the installation environment.
How we address this: We validate heat sink design and match battery cells by capacity and internal resistance at assembly. The panel tilt angle is a configuration decision that should be confirmed for the installation environment during project planning.
When should a buyer choose a solar lighting tower instead of fixed pole lights?
When should a buyer choose a solar lighting tower instead of fixed pole lights?
Solar Lighting Tower products make sense when the site is temporary, when the lighting position needs to change as work progresses, or when there is no fixed infrastructure to mount a pole. Construction sites, emergency response staging areas, outdoor events, and mining operations are the primary use cases.
If the site is permanent and the pole position is fixed, a standard solar parking lot light or commercial solar area light on a fixed pole is more cost-effective and provides better long-term performance.
The lighting tower's value is mobility and rapid deployment — if you don't need those, you're paying for capability you won't use.
Send us your site size, pole height, destination market, target lumen output, and order quantity — we'll respond with a configuration recommendation and a quote.