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RV solar and mobile power

Concept scenes · Auxiliary power

Start with the roof

Take energy.
Go further.

Explore tandem PV for vehicle integration.
Bring another power option to the journey.

Explore solar roofs

Roof space · Integration

Every roof.
Another possibility.

Modules, mounts and electrical systems.
Design them together for the vehicle.

Explore integration

At camp · Auxiliary power

Pause the journey.
Keep the energy.

Consider storage and actual loads.
Explore auxiliary power for life outdoors.

Explore mobile power
Scroll to explore solar roofs

AI concept vehicles and scenes · Roof layouts are illustrations, not ready-to-install solutions.

Bring the needs into focus

For the journey.
Another energy option.

Start with available area, auxiliary loads and energy storage to explore suitable modules and tailored solutions.

AI concept scene of an RV with roof-mounted PV on a mountain road
AI concept image 01

RV travel and camping

Bring more energy
to the journey.

Assess PV around auxiliary vehicle loads and campsite needs, considering roof space, mounting conditions and storage.

View product resources
AI concept scene of auxiliary power for campsite lighting and outdoor equipment
AI concept image 02

Outdoor lighting and communications

Bring power
where it is needed.

Assess how PV, controllers and storage can work together around lighting, communications and outdoor equipment loads.

Discuss power requirements
AI concept close-up of an RV roof PV layout
AI concept image 03

Tailored mobile platforms

Shape the solution
around your platform.

Explore application fit through tailored design and project testing for the dimensions, structure and electrical needs of each platform.

Discuss a tailored solution
AI-generated RV roof PV integration concept, not an actual installation design
Roof integration concept · AI illustration

System integration

From roof space
to a complete power system.

Vehicle PV requires modules and the vehicle platform to be designed together. Module power or efficiency alone cannot establish driving range, equipment runtime or all-weather power capability.

  1. 01

    Space and mounting

    Assess dimensions and structural fit against available area, vehicle loading and installation or maintenance needs.

  2. 02

    Electrical systems and storage

    Define a compatible system around the controller, storage voltage, loads and protection requirements.

  3. 03

    Conditions and validation

    Plan dedicated tests for vehicle conditions and actual use. Suitability and performance depend on project assessment.

Explore tandem technology

Start with the requirements

For your mobile platform.
Explore the right power solution.

This page presents application concepts. The AI-generated vehicles, roof layouts and campsites are not vehicles released by HIKING PV or completed projects. Existing module specifications do not establish vehicle suitability. Driving range, all-weather operation and specific load capability require dedicated design and validation.

Application reference: IEA PVPS · PV for transport