Detached Garage
Your garage is separated from the house, and extending a new electrical circuit could require trenching or professional wiring.
Separate from household powerLight the workbench inside and the garage entrance outside—without extending household wiring across your property.
If one of these buildings looks familiar, solar lighting may provide practical nighttime visibility without extending household wiring across your property.
Your garage is separated from the house, and extending a new electrical circuit could require trenching or professional wiring.
Separate from household power
You need practical nighttime light over a workbench, tool wall or repair area—not a small decorative solar bulb.
Workbench and tool-zone lighting
The building has a sunny roof or exterior wall, but the indoor work area and garage entrance remain dark after sunset.
Interior and entrance lighting
The light needs to go under a roof or inside the building, while the separate solar panel needs a location with direct sunlight.
Light in the shade, panel in the sunThe goal is not to light every part of the property. Start with the workbench, tool area, garage door or building entrance where useful nighttime visibility matters most.
Indoor Work Area
The 39-inch linear light spreads illumination across a wider indoor work zone. It is a better fit above benches, shelves and garage interiors than a compact floodlight aimed from one direction.
Exterior Garage Area
The 1664LM flood light provides directed, steady nighttime light outside the building, with remote brightness, color-temperature and timer control.
Start with the specific places where you work, store tools, enter the building or move equipment after dark.
Mount the light directly above or slightly in front of the workbench, rather than far away in the center of the room.
Light the vertical surfaces where tools, shelf labels and storage bins are located—not only the floor beneath them.
Mount the flood light above a roll-up door or personnel door to help show the lock, entrance and vehicle position after dark.
Direct steady light toward the places used for unloading, moving equipment or handling short outdoor tasks after sunset.
A workshop wall, carport or garage interior may be shaded even when the roof receives good sunlight. Each system separates the solar panel from the fixture, allowing both components to be placed where they work best.
Use an open roof, sun-facing exterior wall or another location with reliable daily sunlight and minimal shade.
Install the fixture above the workbench, inside the garage or on a shaded exterior wall without forcing the panel into the same location.
Route the cable along rafters, walls or building corners and secure it away from doors, sharp edges and moving equipment.
Measure around rafters, wall openings, roof edges and corners before ordering. The actual cable route is usually longer than the direct distance between the panel and the light.
Choose the location based on actual daily sunlight and shade—not only which surface is closest to the light.
A clear roof section can provide strong daily exposure when it is not shaded by trees, nearby buildings or another part of the roof.
Check for tree and roofline shade throughout the day.
A generally south-facing location can be useful in the U.S., but actual shade and daily sun exposure matter more than direction alone.
Avoid deep eaves and walls shaded for most of the day.
If the roof and walls are shaded, a nearby post or independent support may provide better sunlight for the solar panel.
Confirm the complete cable route before choosing the post.
Choose the 2000LM linear light for indoor work zones and the 1664LM flood light for garage entrances, exterior walls and loading areas.
Wide overhead lighting for workshops, detached garages, workbenches and covered storage areas.
Shop the 2000LM Indoor Light
Directed, steady nighttime lighting for garage doors, building entrances, loading areas and shaded exterior walls.
Shop the 1664LM Exterior Light| Compare | 2000LM Indoor Light | 1664LM Exterior Light |
|---|---|---|
| Best For | Indoor work areas, garages and tool zones | Building entrances, roll-up doors and loading areas |
| Fixture Design | 39-inch linear LED light bar | Directed flood light |
| Light Output | 2,000 verified lumens | 1,664 verified lumens |
| Solar Panel | Separate 45W solar panel | Separate 30W solar panel |
| Battery | 3.2V / 36Ah LiFePO4 | 3.2V / 24Ah LiFePO4 |
| Panel-to-Light Cable | Approximately 16.4 ft / 5 m | Approximately 16.4 ft / 5 m |
| Color Temperature | Fixed 6500K | 3000K / 4500K / 6500K |
| Motion Mode | Nighttime motion-related modes available | No motion sensor; steady light |
| Timer Options | 3H / 5H plus steady-to-sensor modes | 3H / 5H / 8H timer |
| Important Limitation | Cannot be turned on while the solar panel detects daylight | Designed for steady nighttime lighting without motion activation |
On mobile, swipe horizontally to view the complete comparison.
Start by counting the places where useful nighttime visibility is needed. Do not choose the quantity from building size alone.
Count the lighting zones you plan to use after dark.
Focused indoor work area
Parking, storage and occasional tool access
Separate benches, storage or repair areas
Directed light over one exterior access point
Two separate exterior lighting zones
One system for each different lighting job
Use these as starting points—not guaranteed photometric layouts. Building dimensions, mounting height, wall color, work type and desired brightness all affect the final quantity and placement.
Choose the operating mode based on how long you stay in the building and whether you want consistent light or short-term activation.
Consistent light stays on without repeated motion-triggered brightness changes while you are working or moving equipment.
Set the light for a defined part of the night when you do not need continuous dusk-to-dawn operation.
Motion-related nighttime modes are useful when the building is visited briefly rather than occupied for continuous work.
The 2000LM indoor light remains in charging mode while its solar panel detects daylight. It cannot be manually turned on during daytime, even if the garage or workshop interior is dark. This model is designed for evening and nighttime use.
Use the building layout and the number of active work zones to choose a practical starting combination.
SETUP 01
A simple starting setup for one main workbench or tool area.
SETUP 02
Separate the interior into useful lighting zones and add directed light over the main garage door.
SETUP 03
Plan multiple indoor and exterior zones for a longer building or a shop with equipment movement.
These are starting layouts—not fixed lighting plans. Final quantity depends on building dimensions, mounting height, individual work zones, panel sunlight and the nighttime result you want.
Solar lighting works best for defined nighttime work zones when the panel has reliable access to direct sunlight.
The building is used mainly in the evening or at night.
Household wiring is unavailable, distant or inconvenient.
The roof, exterior wall or nearby post receives direct sunlight.
You need practical lighting for defined work zones, entrances or storage areas.
You prefer remote, timer or nighttime motion-related control.
You need bright workshop lighting throughout the daytime.
You want to power saws, compressors, outlets or a garage-door opener.
Every possible solar-panel location is heavily shaded.
You expect one fixture to illuminate an entire large commercial workshop.
You require code-compliant commercial task lighting or engineered illumination levels.
MEASURE BEFORE YOU BUY
A few measurements and site details can help you choose the right light, quantity and solar-panel location before ordering.
COMMON QUESTIONS
Practical answers about indoor solar lighting, exterior garage lights, panel placement and choosing the right operating mode.
Yes. The light can be installed inside the garage while its separate solar panel is mounted outside in a location that receives direct sunlight. The 2000LM linear light is designed for nighttime lighting over workbenches, tool walls, storage areas and garage interiors.
No. When the solar panel detects daylight, the 2000LM light remains in charging mode and cannot be manually turned on—even if the garage interior is dark. It is designed for evening and nighttime use.
One or two 2000LM lights are a practical starting point. One may suit a defined workbench or tool zone, while two can serve separate parking, storage or work areas. Final quantity depends on garage dimensions, mounting height, wall color and the brightness you prefer.
No. The 1664LM exterior flood light provides steady nighttime illumination and does not include a motion sensor. Its remote controls brightness, color temperature and 3/5/8-hour timer settings.
No. Depending on your building and sunlight conditions, the panel can be mounted on a sun-facing roof, an exterior wall or a nearby post or support. Choose the location based on reliable direct sunlight and the available cable route—not direction alone.
Both workshop lighting systems include approximately 16.4 ft (5 m) of connecting cable. Measure the complete routed path around rafters, corners and wall openings before ordering, because that route is usually longer than the straight-line distance.
No. These are self-contained solar lighting systems. They do not supply household electricity and cannot power saws, compressors, outlets, battery chargers or garage-door openers.
The light and solar panel do not have to be installed beside each other. Keep the fixture where light is needed and place the panel on a sunnier roof, wall or nearby support, provided the full cable route fits within the available cable length.
Yes, when the fixture and panel are secured with mounting hardware appropriate for the metal surface and building structure. Plan the cable route carefully, protect wall or roof openings and follow the installation instructions supplied with the light.
No. Each system uses its own solar panel and rechargeable battery, so it does not connect to your home's electrical panel. This makes it useful for detached garages and workshops where trenching or extending a new electrical circuit would be inconvenient.
For the 1664LM flood light, 4500K provides a balanced neutral-white appearance for many work areas. Choose 6500K for a cooler, crisper look or 3000K for a warmer, softer appearance near entrances and buildings. The best choice depends on the task and your visual preference.
Send daytime photos of the garage or workshop exterior, the indoor work zones, available mounting surfaces, possible solar-panel locations and the complete panel-to-light cable path. Include approximate building dimensions, mounting height and any trees or structures that create shade.
NOT SURE HOW MANY LIGHTS YOU NEED?
Show us the inside work area, garage doors, exterior walls, roof direction and available solar-panel locations. We’ll help you decide where the 2000LM indoor light makes sense, where the 1664LM exterior flood light may be the better choice, and what starting quantity fits your building.
Get a Workshop Lighting Recommendation