Solar Fan Manufacturer From a Solar Lighting Factory
Same battery, panel, and controller expertise — applied to a product your buyers actually need alongside their lighting order.
Six solar fan product families covering portable, stand, exhaust, and LED-integrated configurations. OEM/ODM from 100 units. Exported to North America, Europe, the Middle East, Southeast Asia, and Africa.
Solar Fan Manufacturer Support From a Solar Lighting Factory
JXSOL is a solar lighting manufacturer, founded in 2012 and based in Guzhen Town, Zhongshan — the center of China's lighting manufacturing industry. Solar fans are a selected adjacent line we support because the core components overlap directly with what we already build and test: solar panels, lithium battery packs, DC motor controllers, and LED modules. The same battery charge/discharge testing we run on solar street lights runs on solar fan battery packs. The same panel electrical output verification applies to the solar panels we pair with fans.
That overlap matters for your sourcing program. Adding solar fans to an existing solar lighting order means one factory relationship, one QC standard, one shipping consolidation, and one point of contact for reorders. We're not a fan factory that added solar panels — we're a solar factory that extended into fans because the component and QC infrastructure was already in place.
The factory covers 12,000 m² with 150 employees and 6 production lines running 1,200,000 units annually. Solar fans run through the same incoming inspection, in-process checkpoints, and 100% pre-shipment inspection as our lighting products. If you're building a solar-powered catalog and want to add fans without adding a supplier, that's the program we support.
Why the Component Overlap Matters for Your Sourcing
Solar Panels
Same panel electrical output verification used on street lights applies to fan-paired panels.
Lithium Battery Packs
Charge/discharge testing from solar street light production runs on every fan battery pack.
DC Motor Controllers
Controller expertise from solar lighting systems directly applied to fan motor management.
LED Modules
Integrated LED+fan kits use the same LED modules and drivers from our lighting line.
Solar Fan Product Line for Wholesale and Project Programs
We support six solar fan product families. Each is positioned for a different commercial channel — the right choice depends on your target market, battery/runtime requirement, and whether your buyers need a standalone fan or a multi-function solar kit.
Solar Fans
General-purpose solar fan SKU family for distributors building a solar-powered catalog. Covers the broadest range of configurations for mixed-SKU programs.
View Solar Fans
Solar Powered Fan
Matched solar panel and fan configurations with defined panel wattage, battery capacity, and runtime specs. Suited for buyers who need confirmed performance data for their market.
View Solar Powered Fan
Solar Stand Fan
Pedestal and stand-mounted solar fans for household retail and reseller programs. Familiar form factor with solar panel and battery integration.
View Solar Stand Fan
Portable Solar Fan
Compact, lightweight solar fans for outdoor retail, camping, emergency preparedness, and off-grid kit programs. Designed for easy transport and retail packaging.
View Portable Solar Fan
Solar Fan With LED Light
Combined fan and LED light kit on a single solar and battery system. Suited for solar home kit programs, rural electrification bundles, and multi-function catalog SKUs.
View Solar Fan With LED Light
Solar Exhaust Fan
Solar-powered ventilation and exhaust fans for attic, greenhouse, warehouse, and small building channels. Designed for continuous daytime operation without battery dependency.
View Solar Exhaust FanBuilding a Mixed Solar Fan Program?
If you're building a mixed solar fan program or adding fans to an existing solar lighting catalog, send us your target market and order volume — we'll recommend a starter SKU mix based on what's moving for our existing distributors in your region.
Battery, Panel, and Runtime Choices That Protect Your SKU Margin
The most common sourcing mistake with solar fans is treating the panel wattage and battery capacity as secondary specs — something to confirm later. They're the primary commercial decision, because they determine whether your buyers get the runtime they expect or return the product after the first cloudy week.
Here's how we frame the configuration decision for buyers building a solar fan program:
Direct Solar Fan vs Battery-Backed Solar Powered Fan
Direct Solar Fan
Daytime-only operationRuns only when the panel is generating power — no battery, no night use, no cloudy-day operation. The commercial case is price: direct solar fans land cheaper, and for markets where daytime-only operation is acceptable, the lower cost protects your margin without sacrificing function.
Best-fit applications:
- Ventilation during work hours
- Outdoor cooling (daytime)
- Greenhouse airflow
Battery-Backed Solar Powered Fan
Day + evening/overnight operationStores energy during the day and runs through the evening or overnight. The battery adds cost and weight, but it's the configuration your buyers expect when they hear "solar fan" — they assume it works after dark.
Best-fit applications:
- Household retail channels
- Off-grid home use
- Any market expecting after-dark runtime
We've seen buyers source direct solar fans for markets that expected battery backup, and the return rate tells the story. If your channel is household retail or off-grid home use, specify battery-backed.
For a detailed comparison, see Solar Powered Fan — battery vs direct configurations.
Panel Wattage and Battery Capacity: Avoiding the Two Failure Modes
Under-Spec the Panel
The battery never fully charges in low-irradiance conditions — your buyers in cloudy climates or high-latitude markets get weak runtime and file warranty claims.
Over-Spec the Panel
You've added cost and carton volume without adding buyer value, which compresses your margin on a product that's already price-sensitive.
Practical Sizing Logic
Match panel wattage to the fan's DC motor load plus LED load (if applicable), with enough surplus to charge the battery to full capacity within 6–8 hours of peak sun.
| Configuration | Market / Climate | Panel Wattage |
|---|---|---|
| 10W DC motor + 10Ah lithium battery | Southeast Asia / Middle East (high irradiance) | 15W panel |
| 10W DC motor + 10Ah lithium battery | Most markets (standard conditions) | 20W panel (minimum) |
| 10W DC motor + 10Ah lithium battery | Northern Europe / high-latitude N. America | 25W panel |
Measured Output, Not Rated Peak
We run panel electrical output testing and battery charge/discharge cycle testing on every batch — the same QC infrastructure we use for solar street lights. The panel wattage on the spec sheet reflects actual output under test conditions, not rated peak output under ideal lab conditions.
We switched to measured output reporting after seeing too many panels from other suppliers rated at 20W that tested at 14–15W under standard conditions. The difference shows up in your buyer's runtime.
Fan + LED Kit: Margin Opportunity or Complexity Risk?
The Solar Fan With LED Light is the highest-margin configuration in the solar fan line, but it requires careful load management. Running a fan motor and an LED array from the same battery simultaneously draws more current than either load alone — if the battery capacity isn't sized for the combined load, runtime drops below what either function would deliver independently.
Commercial Opportunity
Solar home kit buyers and rural electrification distributors want multi-function SKUs that replace multiple purchases. A fan + light kit on a single solar system is a strong catalog anchor for those channels.
Sourcing Risk
The risk is sourcing a fan + LED kit where the battery was sized for the fan alone and the LED was added as a feature without recalculating the load. We size battery capacity for the combined load at the design stage, not as an afterthought.
For guidance on selecting the right configuration for your market, see How to Choose a Solar Powered Fan.
Category-Level Specifications Buyers Should Confirm Before RFQ
The table below covers the specification ranges across our solar fan product families. These are category-level ranges — exact values depend on the specific product family and configuration. Confirm final specs during quotation.
| Specification | Category Range | Notes |
|---|---|---|
| Fan diameter | 6 inch – 18 inch | Portable models typically 6–10 inch; stand and exhaust models 12–18 inch |
| DC motor type | Brushless DC (BLDC) | BLDC preferred for efficiency and motor life; brushed DC available for price-sensitive programs |
| Motor power | 5W – 30W | Depends on fan size and airflow target |
| Solar panel wattage | 10W – 40W | Matched to motor load + battery charging requirement |
| Battery chemistry | Li-ion, LiFePO4 | LiFePO4 for longer cycle life; Li-ion for lower cost and weight |
| Battery capacity | 5Ah – 20Ah | Sized for target runtime at full motor load |
| Runtime (battery-backed) | 4 hours – 12 hours | Depends on battery capacity, motor load, and LED load if applicable |
| Charging method | Solar; Solar + USB-C; Solar + AC | Multi-input charging available for portable and home-use models |
| LED light integration | Optional; 3W – 10W LED array | Fan-only and fan + LED configurations available |
| LED color temperature | 3000K – 6500K | Warm white through daylight; custom CCT available on OEM runs |
| Housing material | ABS; ABS + metal grille; galvanized steel | Exhaust fan housings in galvanized steel for ventilation durability |
| IP rating | IP20 – IP44 | Exhaust and outdoor models rated for weather exposure |
| Cable / panel connection | 1.5m – 5m panel cable | Longer cable available for rooftop panel placement |
| Controller protection | Over-charge, over-discharge, short-circuit | Standard on all battery-backed models |
| Carton configuration | Fan + panel + battery + accessories | Accessory pack contents confirmed per SKU at order stage |
IP44 is the standard for outdoor-facing exhaust and ventilation models. If your channel requires higher ingress protection — for example, agricultural or coastal installations — ask us about IP55 housing options during quotation.
Pre-Shipment Verification
- All battery-backed models go through charge/discharge cycle testing before shipment
- Panel electrical output is tested against rated wattage
- Controller protection functions are verified on a per-batch basis
Market Segments Where Solar Fans Make Commercial Sense
Solar fans are not a primary catalog driver — they're a catalog extension that adds margin and SKU breadth to an existing solar-powered program. The segments below are where our buyers are actually moving volume.
Off-Grid Household Retail Programs
Distributors in markets with unreliable grid power — sub-Saharan Africa, rural Southeast Asia, parts of the Middle East — sell solar fans as essential household items, not discretionary purchases. Battery-backed solar powered fans and solar stand fans are the main SKUs.
Repeat demand is high because the product addresses a daily need, not a seasonal one.
Rural Electrification and Solar Home Kit Channels
NGOs, government electrification programs, and solar home system distributors bundle fans with solar lights and small battery systems. The Solar Fan With LED Light is the natural fit here — one solar panel and battery system powers both functions, which simplifies installation and reduces the buyer's per-household cost.
This segment orders in volume and on program timelines, so lead time reliability matters more than unit price.
Camping, Outdoor, and Emergency Preparedness Distributors
The Portable Solar Fan is the SKU for this channel. Buyers in North America and Europe source compact solar fans for camping retail, emergency kit programs, and outdoor event supply.
Retail packaging, USB charging input, and lightweight carton design are the key spec requirements for this segment.
Humanitarian and NGO Supply Programs
Procurement organizations sourcing for disaster relief, refugee settlement, and field operations need solar fans that work without grid infrastructure, survive rough handling, and come with documentation for import clearance.
CE certification, RoHS compliance records, and IP-rated housings are the entry requirements. We've supplied this channel through our solar lighting programs and can extend the same documentation package to solar fan orders.
Small Building, Greenhouse, Warehouse, and Attic Ventilation Channels
The Solar Exhaust Fan serves this segment. Buyers are HVAC distributors, agricultural supply companies, and building materials wholesalers adding solar ventilation to their catalog.
Direct solar operation (no battery) is standard for exhaust fans because the ventilation need aligns with daylight hours. Galvanized steel housing and IP44 rating are the baseline specs for this channel.
Mixed Solar Catalog Programs Alongside Solar Lighting
Distributors already sourcing from our core solar street and roadway lighting catalog add solar fans to broaden their offering without adding a supplier. This is the simplest program to manage — same factory, same QC standard, same shipping consolidation.
Solar fans typically represent 10–20% of the order value in a mixed catalog program, with solar lighting as the anchor.
Quality Risks That Turn Solar Fans Into Warranty Claims
Solar fans fail commercially in predictable ways. Most failures trace back to component mismatches and skipped QC steps, not fundamental design problems. Here's what to watch for when evaluating a solar fan supplier.
| Risk | How It Shows Up | Our Prevention |
|---|---|---|
| Battery capacity inconsistency | Runtime varies between units in the same batch; some units fail after 50–100 cycles | Battery cells matched by capacity and internal resistance; charge/discharge cycle testing on every batch |
| Panel under-sizing | Battery never reaches full charge in normal conditions; runtime degrades within weeks of deployment | Panel electrical output tested against rated wattage; panel wattage matched to motor + LED load with charging surplus |
| Motor overheating or noise | Fan runs hot at full speed; bearing noise develops within 3–6 months | BLDC motors with thermal protection; motor load testing at rated speed before shipment |
| Inflated runtime claims | Spec sheet says 8 hours; buyer's customers get 4–5 hours under real conditions | Runtime specified at actual motor load, not no-load or reduced-speed conditions |
| Fan + LED combined load mismatch | LED dims or fan slows when both run simultaneously; battery depletes faster than spec | Battery capacity sized for combined load at design stage; combined load testing before production sign-off |
| Weak stand or grille structure | Stand wobbles or collapses under normal use; grille deforms during shipping | Stand load testing; grille impact check; drop test on packed cartons |
| Poor accessory packing | Panel cable, mounting hardware, or remote control missing on arrival | Accessory pack checklist verified per carton at outgoing inspection; packing list included in every carton |
| Water/dust exposure in exhaust models | Exhaust fan motor fails after rain exposure; housing corrodes within one season | IP44 housing tested on ventilation models; galvanized steel housing for outdoor exhaust applications |
Battery capacity inconsistency
Risk: Runtime varies between units in the same batch; some units fail after 50–100 cycles
Prevention: Battery cells matched by capacity and internal resistance; charge/discharge cycle testing on every batch
Panel under-sizing
Risk: Battery never reaches full charge in normal conditions; runtime degrades within weeks of deployment
Prevention: Panel electrical output tested against rated wattage; panel wattage matched to motor + LED load with charging surplus
Motor overheating or noise
Risk: Fan runs hot at full speed; bearing noise develops within 3–6 months
Prevention: BLDC motors with thermal protection; motor load testing at rated speed before shipment
Inflated runtime claims
Risk: Spec sheet says 8 hours; buyer's customers get 4–5 hours under real conditions
Prevention: Runtime specified at actual motor load, not no-load or reduced-speed conditions
Fan + LED combined load mismatch
Risk: LED dims or fan slows when both run simultaneously; battery depletes faster than spec
Prevention: Battery capacity sized for combined load at design stage; combined load testing before production sign-off
Weak stand or grille structure
Risk: Stand wobbles or collapses under normal use; grille deforms during shipping
Prevention: Stand load testing; grille impact check; drop test on packed cartons
Poor accessory packing
Risk: Panel cable, mounting hardware, or remote control missing on arrival
Prevention: Accessory pack checklist verified per carton at outgoing inspection; packing list included in every carton
Water/dust exposure in exhaust models
Risk: Exhaust fan motor fails after rain exposure; housing corrodes within one season
Prevention: IP44 housing tested on ventilation models; galvanized steel housing for outdoor exhaust applications
4-Stage QC System
Our QC system runs four stages — the same system that covers our solar lighting products. Solar fans go through the same checkpoints, not a lighter version.
Incoming Inspection
Cells, panels, motors, controllers, housings — all checked before entering production
In-Process Checks
Motor assembly and battery integration verified at sub-assembly stage
Reliability Testing
Charge/discharge cycles, motor load run, combined load verification
100% Outgoing Inspection
Every unit inspected before the container closes
The most common shortcut from lower-cost suppliers: skipping the combined load test on fan + LED kits. The fan works. The LED works. But nobody tested them running simultaneously from the same battery at rated load. That's where the runtime claims fall apart in the field.
OEM/ODM Solar Fan Programs for Distributors and Brand Owners
If you're building a private-label solar fan line or need a configuration that doesn't match our standard catalog, we handle that through our OEM/ODM program. The same engineering team that supports our solar lighting OEM work — 15+ optical and electrical engineers — manages solar fan customization.
MOQ & Process
- Standard catalog models: MOQ starts at 100 units
- OEM/ODM programs go through engineering review before production
- Custom specs must be locked before component sourcing; changes after procurement affect lead time and cost
- Custom colors available on runs over 500 units
What We Can Configure
Branding
Logo on fan housing, grille, and solar panel. Custom carton design and printing. User manual in your language and format.
Fan Configuration
Fan diameter, blade count, motor power, speed settings, oscillation, and timer function.
Solar Panel
Wattage, panel dimensions, cable length, mounting bracket style.
Battery
Chemistry (Li-ion or LiFePO4), capacity, cell brand specification.
LED Integration
LED quantity, wattage, color temperature, dimming levels, on/off control.
Charging Input
Solar-only, solar + USB-C, solar + AC adapter, or multi-input.
Color & Finish
Housing color, grille color, stand color — standard colors from tooling; custom colors on runs over 500 units.
Accessory Kit
Remote control, mounting hardware, carry bag, replacement fuse, instruction card.
Carton & Packaging
Retail box design, inner carton configuration, master carton labeling, mixed-SKU carton packing.
Include target market, fan type, battery/runtime target, panel size, LED requirement, order quantity, and branding needs in your inquiry.
Export Packing, Mixed-SKU Orders, and Reorder Control
Solar fans ship in more carton configurations than most solar lighting products because of the accessory count — panel, battery (if external), cable, mounting hardware, remote, and instruction materials all need to be packed and checked per unit. Accessory control is where packing errors happen, and a missing panel cable or mounting bracket creates a customer service problem that costs more to resolve than the part itself.
Carton Layout
Fan unit, solar panel (folded or flat-packed depending on size), battery pack (if separate), cable, and accessories packed in a defined sequence with a packing list inside every carton. Carton dimensions are sized for container loading efficiency — we confirm CBM per carton and loading quantities during quotation based on your selected models.
Panel Protection
Solar panels are wrapped in foam and packed flat or in a dedicated sleeve to prevent glass cracking during transit. For larger panels (25W+), we use reinforced carton walls and corner protection.
SKU Labeling
Every carton carries a SKU label with product code, batch number, quantity, and destination market. Batch codes trace back to production records for QC traceability.
Mixed-SKU Orders
If you're ordering multiple solar fan families alongside solar lighting products, we consolidate into a single container with a master packing list.
Mixed-SKU orders are common for distributors building a solar catalog — we manage the consolidation on our end so you receive one shipment with one set of documentation.
Reorder Control
Standard models are available for reorder from 100 units. We maintain production records by batch, so a reorder can reference the previous batch spec to confirm consistency.
If a component changes between batches (cell supplier, panel brand), we flag it before production, not after shipment.
Quotation & Shipping Confirmation
CBM per carton, container loading quantities, and palletization options should be confirmed during quotation — these depend on the specific models and configurations you select.
For shipping and delivery details, see our shipping and delivery page, or confirm packing and loading data directly with our team.
Confirm Packing & Loading DataExport Markets
- North America
- Europe
- Middle East
- Southeast Asia
- Africa
Documentation requirements vary by market — CE Declaration of Conformity, RoHS test reports, and IP test certificates are available with the order for markets that require them.
Solar Fan Manufacturer FAQ
What is the difference between a direct solar fan and a solar fan with battery?
A direct solar fan runs only when the solar panel is generating power — no battery storage, no operation after dark or on heavily overcast days. It's the lower-cost configuration and works well for daytime ventilation applications (exhaust fans, greenhouse airflow, outdoor cooling during work hours).
A battery-backed solar powered fan stores energy during the day and runs through the evening or overnight. For household retail and off-grid home use, battery-backed is the expected configuration — buyers in those channels assume the fan works after dark.
Common sourcing risk: Sourcing direct solar fans for a market that expects battery backup is one of the most common causes of returns in this category. Confirm the configuration matches your end-user expectation before placing orders.
How do I choose panel wattage and battery capacity for a solar powered fan?
Start with the motor load: a 10W DC motor fan needs at least 10W of panel output just to run, plus additional wattage to charge the battery simultaneously.
Practical Sizing Rule
Panel wattage should be 1.5–2× the combined motor and LED load to ensure full battery charging within 6–8 hours of peak sun. Battery capacity should support your target runtime at full load — a 10Ah battery at 10W draw gives roughly 8–10 hours of runtime depending on efficiency losses.
For markets with lower irradiance (Northern Europe, high-latitude North America), size the panel toward the higher end of the range.
We confirm panel and battery sizing during quotation based on your target market and runtime requirement.
Are solar fans with LED light suitable for solar home kit programs?
Yes, and they're one of the stronger SKUs for that channel. The Solar Fan With LED Light combines two essential household functions on a single solar and battery system, which reduces the per-household cost compared to sourcing a fan and a light separately.
Key spec to confirm: battery capacity must be sized for the combined fan + LED load, not just the fan alone.
We size battery capacity for the combined load at the design stage.
For rural electrification and NGO supply programs, this configuration also simplifies installation: one panel, one battery, one system.
What causes short runtime or weak airflow in low-cost solar fans?
Three root causes cover most of the failures we've seen:
Battery capacity mismatch
The spec sheet shows 10Ah but the actual cells test at 7–8Ah, so runtime is 20–30% below spec from day one.
Panel under-sizing
The panel can't fully recharge the battery in a normal day, so each cycle starts with less charge than the previous one — runtime degrades progressively over weeks.
Brushed DC motors losing efficiency
As brushes wear, airflow drops noticeably within 6–12 months.
How we address these:
- •We address the first two through component testing — battery capacity verification and panel output testing.
- •For motor longevity, we default to brushless DC motors on all current models.
- •Brushed DC is available for price-sensitive programs, but we flag the trade-off upfront.
What MOQ does JXSOL support for standard solar fan models?
Standard catalog models are available from 100 units. This is low enough to test a new SKU with your customers before committing to a larger program.
OEM/ODM programs with custom specifications — private label, custom battery capacity, custom panel wattage, custom LED configuration — go through an engineering review before production, and MOQ is confirmed based on the configuration.
Request a quote with your target model and quantity to get a specific MOQ and lead time.
Can JXSOL supply private-label solar fans for distributors?
Yes. JXSOL handles private-label solar fans through the OEM/ODM program. The scope covers:
Configuration-level customization includes battery capacity, panel wattage, LED integration, charging input, and color. The engineering team reviews the spec before production to confirm the configuration is achievable and to lock the spec before component procurement.
Important: Custom specs must be finalized before component sourcing. Changes after procurement affect lead time and cost.
Send your requirements to request a quote and the team will respond with a configuration recommendation and pricing.
Send Your Solar Fan SKU Requirements
If you're adding solar fans to a solar product catalog, building a private-label solar fan line, or sourcing for a specific project or distribution program, send us the details and we'll recommend the right configuration.
Useful Information to Include
-
Target market and distribution channel
Retail, off-grid household, ventilation, emergency kit, solar home kit
-
Fan type preference
Portable, stand, exhaust, fan + LED kit
-
Battery/runtime requirement
Hours of operation, daytime-only or overnight use
-
Solar panel size preference or target landed cost
Panel wattage, cost ceiling per unit
-
LED light requirement
Fan-only or fan + light
-
Order quantity and reorder frequency
Initial volume, monthly/quarterly reorder cadence
-
Branding and packaging requirements
Private label, retail box, bulk carton
What You'll Receive
- Configuration recommendation matched to your market and channel
- Spec sheet for the relevant product families
- Quote based on your volume and requirements
If you're already sourcing solar lighting from us, we can consolidate your solar fan order into the same shipment.