Crane™ Modular Solar Transit Shelter
The Crane™ Shelter by SELS Solar represents a new generation of intelligent public transit infrastructure, combining modern architectural design, renewable energy technology, and passenger-centered functionality into a single modular platform. Designed with a distinctive cantilever structure and a minimal ground footprint, the Crane Shelter transforms traditional transit stops into visually compelling, sustainable public spaces.
Engineered for municipalities, transit agencies, campuses, and smart city applications, the Crane Shelter utilizes integrated solar power generation to provide reliable off-grid operation for lighting, passenger amenities, and transit information systems. Its innovative modular construction allows shelters to be expanded to virtually any length while maintaining a consistent architectural language and minimizing installation complexity.
The Crane Shelter features structurally integrated LED lighting and an ADA-compliant passenger activation system that provides illuminated and audible feedback while simultaneously signaling approaching transit operators. This secondary lighting system enhances passenger safety, improves accessibility, and helps prevent accidental pass-bys during low-light conditions.
A unique curved roof profile improves weather protection while maximizing solar collection throughout the day, allowing flexible installation orientation and dependable energy generation. Hidden battery management systems, anti-graffiti finishes, and vandal-resistant construction ensure long-term durability in demanding public environments.
Designed and manufactured in the United States, the Crane Shelter provides transit agencies with a sustainable, scalable, and architecturally refined solution that improves the rider experience while modernizing public infrastructure.
Product Specifications
Solar Generation
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200W–400W monocrystalline solar panels
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Up to 19.4% panel efficiency
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Grade A solar modules with 25-year performance life
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MPPT smart charging technology with up to 97% charging efficiency
Structure
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Architectural aluminum and stainless steel construction
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Anti-graffiti powder-coated finish
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Structural cantilever design
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Modular expansion capability
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Concrete surface-mounted structural columns
Lighting System
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Structurally integrated LED lighting
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Up to 4,500 lumens output
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Up to 150 lumens per watt efficiency
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Color temperatures from 2200K to 5000K
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Programmable lighting schedules and dimming profiles
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Multiple light distribution patterns available
Energy Storage
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High-performance LiFePO₄ battery technology
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Integrated Battery Management System (BMS)
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Up to 1,536 Wh capacity
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More than 2,500 charge cycles
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Up to 5+ days autonomous operation
Passenger Safety Features
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ADA-compliant passenger activation button
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Visual and audible passenger confirmation
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Integrated secondary driver notification lighting
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Enhanced nighttime visibility and passenger security
Passenger Amenities
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Fully customizable bench seating
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WPC and steel seating options
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Integrated advertising displays
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Transit information systems
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Optional Wi-Fi and smart connectivity features
Environmental Performance
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IP66-rated electronic systems
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Operating temperature range: -25°C to 65°C
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Automatic dusk-to-dawn operation
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Programmable lighting profiles
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Remote monitoring via Bluetooth, LoRa, and wireless communication systems
Construction Features
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Hidden battery and controller enclosure
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Vandal-resistant design
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Simple maintenance access
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Plug-and-play electrical connections
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Stainless steel and aluminum structural components
Available Configurations
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5 ft × 6 ft Curved Roof Shelter
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5 ft × 10 ft Curved Roof Shelter
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Custom lengths through modular expansion
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Optional bench and advertisement configurations
The Crane Shelter reimagines public transportation infrastructure by combining renewable energy, intelligent safety systems, and contemporary architectural design. Its modular construction, minimal footprint, and passenger-focused features create a transit environment that is safer, smarter, and better suited for the evolving needs of modern communities.
