Solar Integration for LSEVs
Engineered rooftop solar integration for low-speed electric vehicle fleets.
Discuss Your Application
Tell us about your vehicle model, battery configuration, operating environment, and fleet size. Our engineering team will review your inputs and follow up with next steps.
- Markets
- Low-Speed Electric Vehicles
Low-speed electric vehicles operate in predictable duty cycles across campuses, municipal properties, industrial facilities, resorts, and large outdoor sites. Our solar systems integrate directly into vehicle roof structures to support daily operation and reduce demand on centralized charging infrastructure.
Benefits
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Flexible Integration
Support OEM builds and fleet retrofit programs.
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Lightweight Design
Minimize payload impact and preserve vehicle handling.
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Battery Support
Reduces routine deep discharge cycles.
Low Profile
Preserves vehicle roof clearance and height.
What Customers Report
We purchased and installed a single test panel on one of our golf carts on April 23, 2021, and we didn’t plug the cart into a wall charger until May 14, when the charge finally dropped to 50%. During the 3 weeks, we didn’t charge it via outlet; it was kept outdoors and usually received great sunlight. It was driven quite a bit, up and down ramps, etc., and maintained a 75% charge or higher most of that time. Based on this success, we placed an order for 14 additional units in June 2021.
We purchased Power Film Solar panels about one year ago and installed them on two of our Park golf carts. The one golf cart is a 4-seater that is used daily, and we rarely have to plug it in to charge. The second golf cart is an 8-seater that is used for large events to transport residents. The charge on the golf cart lasts all day long and works very well. Staff from Power Film Solar assisted through the process of purchase and installation.
We have been using PowerDrive Golf Car Solar Panels on a couple of our electric cars, and the results after nearly two years are very positive. One of the panels is used on the cart of our head greenskeeper, who spends a lot of time on the course during the day. After installing the PowerDrive solar panel, he doesn’t have to worry about running out of battery.
Key Features
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Roof-integrated format: Low-profile install that preserves clearance.
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Daytime charge assist: Charge during parked and operating periods.
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Battery support: Helps prevent full depletion during daily cycling.
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Outdoor-rated build: Designed for sun, rain, vibration, wash-down.
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Low-touch operation: No user interaction required.
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System-matched control: Compatible with varied battery platforms.
Best For
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Campus fleets: Universities, medical centers, corporate sites.
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Parks and recreation: Patrol, maintenance, event transport.
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Resorts and hospitality: Shuttle loops and service vehicles.
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Industrial sites: Warehouse moves, facility carts, light hauling.
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Last-mile operations: Short routes with frequent stops.
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OEM programs: Factory integration for new builds.
Applications
These applications represent common low-speed electric vehicle deployment scenarios supported by our solar solutions.
Campus Mobility Fleets
Solar supports circulation across large campus properties.
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Vehicles remain available between scheduled charging windows.
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Batteries avoid repeated deep discharge during daily loops.
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Integration scales consistently across standardized fleet units.
Parks and Municipal Operations
Solar maintains readiness for vehicles stored and operated outdoors.
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Vehicles remain operational after extended idle periods.
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Battery depletion is reduced during intermittent duty cycles.
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Systems withstand exposure to weather and routine vibration.
Resorts and Event Transportation
Solar supports structured shuttle fleets operating throughout the day.
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Vehicles gain energy while staged between runs.
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Centralized charging congestion is reduced.
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Rooftop integration preserves original vehicle dimensions.
Industrial and Warehousing Operations
Solar supports light-duty electric vehicles across logistics and industrial facilities.
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Vehicles recover energy during staging periods and between assignments.
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Demand on fixed charging infrastructure is reduced.
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Integration remains consistent across multi-shift fleet operations.
Golf Course Operations
Solar supports electric vehicle fleets operating across large course properties.
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Vehicles remain available during full-day circulation.
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Charging demand is reduced during extended outdoor operation.
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Integration scales across maintenance and ranger fleets.
Recommended Product Families
PowerDrive Solar Panels
Available in tailored fits for E-Z-GO TXT, RXV, Club Car Precedent, and Carryall, plus a Universal model for broader compatibility. For unique fleet specs, we offer built-to-fit designs with precise electrical and mounting integration.
Boost Charge Controllers
Ensures optimal charging performance for both 36V and 48V systems, compatible with lead-acid and lithium chemistries. Designed to maximize battery health and solar efficiency in demanding use cases.
Custom LSEV Solar Evaluation
Tell us about your vehicle model, battery configuration, operating environment, and fleet size.
Our engineering team will review your inputs and follow up with next steps.
Start a Custom Solar Review
Tell us about your vehicle model, battery configuration, operating environment, and fleet size. Our engineering team will review your inputs and follow up with next steps.