Description

LALIZAS Solar Powered Ventilation Fan – 1.2V with Battery – Autonomous Operation

Eco-friendly solar-powered ventilation fan with integrated battery for autonomous operation. This 1.2-volt system provides continuous ventilation for bilges, cabins, and enclosed spaces without requiring shore power or draining your boat’s batteries. The solar panel charges the internal battery during daylight hours, while the fan operates continuously to prevent mold, mildew, and moisture buildup. Perfect for boats in storage or at mooring.

Specifications:

• Voltage: 1.2 Volt DC
• Power Source: Solar panel with integrated rechargeable battery
• Operation: Autonomous (no external power required)
• Weight: 0.55 kg (550 grams)
• Components: Blower fan and rechargeable battery
• SKU: 60070
• Barcode: 5204980600709

Key Features:

• Solar Powered – Charges from sunlight, no external power required
• Autonomous Operation – Runs continuously without draining boat batteries
• Integrated Battery – Stores solar energy for nighttime and cloudy day operation
• Eco-Friendly – Zero operating cost, environmentally sustainable
• Low Voltage – Safe 1.2V operation
• Continuous Ventilation – Prevents mold, mildew, and moisture damage
• Maintenance-Free – Set it and forget it operation

Applications:

• Bilge Ventilation – Continuous air circulation prevents moisture and odors in bilge
• Cabin Ventilation – Keep cabin fresh and dry during storage or at mooring
• Storage Ventilation – Prevent mold and mildew during off-season storage
• Locker Ventilation – Ventilate enclosed storage lockers and compartments
• Head Ventilation – Maintain air circulation in marine heads
• Engine Compartment – Reduce heat and moisture in engine spaces

How It Works:

The solar panel converts sunlight into electrical energy, which charges the integrated rechargeable battery. The battery powers the ventilation fan continuously, providing 24-hour air circulation. During sunny conditions, the solar panel generates enough power to run the fan and charge the battery. The stored battery power keeps the fan running during nighttime and cloudy periods, ensuring continuous ventilation.

Benefits of Solar Ventilation:

• Prevents Mold & Mildew – Continuous air circulation reduces moisture that causes mold growth
• Eliminates Odors – Fresh air circulation prevents musty smells in enclosed spaces
• Protects Interior – Reduces moisture damage to upholstery, wood, and electronics
• Zero Operating Cost – No electricity bills or battery drain
• Extends Boat Life – Proper ventilation prevents rot and corrosion
• Environmentally Friendly – Clean, renewable solar energy

Installation:

• Solar Panel Placement – Mount solar panel in location with maximum sun exposure
• Fan Installation – Install blower fan in area requiring ventilation
• Wire Connection – Connect fan to battery and solar panel per instructions
• Secure Mounting – Ensure all components are securely mounted
• Test Operation – Verify fan operates when solar panel is exposed to light

Ideal For:

• Boats at Mooring – Maintain ventilation when boat is unattended
• Winter Storage – Prevent moisture damage during off-season
• Remote Locations – Ventilation without shore power access
• Eco-Conscious Boaters – Sustainable, zero-emission ventilation
• Battery Conservation – Ventilate without draining boat batteries

Care & Maintenance:

• Clean Solar Panel – Wipe panel clean periodically to maintain charging efficiency
• Inspect Connections – Check wire connections are secure and corrosion-free
• Clean Fan – Remove dust and debris from fan blades as needed
• Check Battery – Verify battery holds charge and replace if performance degrades
• Protect from Damage – Ensure solar panel is protected from physical damage

Essential ventilation solution for boats without shore power access. The solar-powered design provides continuous air circulation to prevent mold, mildew, and moisture damage without draining your boat’s batteries. Perfect for boats in storage, at mooring, or in remote locations. Eco-friendly operation with zero running costs makes this an ideal long-term ventilation solution.