Basic Caravan DC Solar Package

The 410W Dual Panel Lithium Battery Caravan DC Solar Kit is designed for users who need a practical, efficient and dependable off-grid energy solution for mobile and outdoor living applications.

This package includes two high-efficiency monocrystalline solar panels, a long-life LiFePO4 lithium battery and an MPPT solar charge controller. The system is especially suitable for caravans, motorhomes, boats, yachts, tiny houses, mobile offices and remote living areas where grid power is limited or unavailable.

The solar panels generate energy during daylight hours and the MPPT charge controller transfers this energy to the lithium battery with high charging efficiency. The stored energy can then be used to power essential 12V DC equipment such as caravan refrigerators, water pumps, televisions, LED lighting, USB chargers and other low-consumption devices.

Thanks to LiFePO4 battery technology, this kit offers longer service life, better cycle performance, improved energy storage efficiency and a lighter structure compared to traditional lead-acid battery systems.

Key Advantages

• 410W total solar panel capacity for efficient solar energy generation
• 12.8V 200Ah LiFePO4 lithium battery for reliable energy storage
• 30A MPPT charge controller for optimized solar charging performance
• Suitable for 12V DC caravan and marine equipment
• Ideal for off-grid travel, camping and mobile living
• Long service life compared to conventional lead-acid batteries
• Compact and practical system structure
• Suitable for caravans, boats, tiny houses and mobile workspaces

Package Contents

Suitable Applications

This solar kit can be used in many mobile and off-grid energy applications, including:

• Caravans and motorhomes
• Boats and yachts
• Tiny houses
• Vineyard houses and remote cabins
• Mobile offices
• Mobile sales units
• Camping vehicles
• Emergency support vehicles
• Off-grid living areas

What Can This Kit Power?

This package is suitable for essential 12V DC devices, such as:

• 12V caravan refrigerator
• 12V water pump
• 12V TV
• LED lighting
• USB phone and tablet chargers
• Small DC fans
• Basic caravan electrical needs
• Low-consumption mobile equipment

Important note: This package is designed mainly for DC use. To operate 220V / 230V AC appliances, a suitable inverter must be added to the system.

Professional Technical Note

Solar system performance depends on several factors, including panel orientation, installation angle, shading, season, daily sunlight duration and total energy consumption.

For the best performance, solar panels should be installed in a location with minimum shading. Correct cable sizing, proper fuse protection, suitable DC breakers and secure mounting equipment are strongly recommended for safe and efficient system operation.

For higher energy consumption, longer off-grid usage or 220V / 230V AC equipment, the system should be evaluated with additional battery capacity, inverter selection and load calculation.

Recommended Optional Accessories

FAQ

Is this kit suitable for caravans?

Yes. This kit is designed for caravans, motorhomes and similar mobile living applications. It provides energy support for essential 12V DC devices.

Can this system be used on boats?

Yes. With suitable marine installation equipment and proper mounting, it can be used on boats and yachts.

Can this kit power a refrigerator?

Yes. It is suitable for 12V caravan-type refrigerators. Actual operating time depends on the refrigerator’s power consumption, battery charge level, sunlight conditions and daily usage.

Can it power a water pump and TV?

Yes. The system is suitable for 12V water pumps and 12V TVs, provided that the total daily energy consumption is within the system capacity.

Does this package include an inverter?

No. This is a DC solar package. An inverter must be added separately if 220V / 230V AC appliances will be used.

What is the battery energy capacity?

The 12.8V 200Ah LiFePO4 battery provides approximately 2.56 kWh nominal energy capacity.

Can the system be expanded?

Expansion may be possible depending on the charge controller capacity, battery structure, panel connection limits and total energy demand. For larger systems, a technical evaluation is recommended.