EcoFlow WAVE 3 Add-On Battery 1024Wh

The EcoFlow WAVE 3 Add-On Battery is a detachable 1024Wh LFP battery designed to provide cordless cooling and heating power for the compatible EcoFlow WAVE 3 Portable Air Conditioner.

The EcoFlow WAVE 3 Portable Air Conditioner is sold separately.

Product Description

The EcoFlow WAVE 3 Add-On Battery is designed to provide portable battery power for the compatible EcoFlow WAVE 3 Portable Air Conditioner.

Connecting the Add-On Battery allows the WAVE 3 to operate away from a wall outlet, making the system suitable for camping, caravan and RV travel, overlanding, cabins, mobile workspaces and temporary off-grid climate control.

Its 1024Wh lithium iron phosphate battery can support approximately two to eight hours of WAVE 3 cooling or heating, depending on the selected operating mode, target temperature, fan speed, environmental conditions and cooling or heating demand.

The long-life LFP battery is rated for approximately 4,000 complete charging cycles before reaching around 80% of its original capacity.

Its detachable design allows the battery to be removed from the WAVE 3 for transport, charging, storage or maintenance.

The Add-On Battery supports multiple charging methods, including charging through the connected WAVE 3, direct solar charging, compatible vehicle charging and selected EcoFlow Alternator Charger configurations.

The integrated solar input supports up to 400W from compatible solar panels. Under suitable conditions, the battery can recharge in approximately three hours using the maximum supported solar input.

When AC power is supplied through the connected WAVE 3, the battery can recharge in approximately two hours. Combined AC and solar charging may reduce the charging time to approximately 75 minutes under suitable conditions.

The battery also includes USB-A and high-power USB-C outputs, allowing it to charge compatible phones, tablets, laptops and other USB-powered equipment.

This product is an Add-On Battery only. It does not provide cooling or heating independently and does not include the EcoFlow WAVE 3 Portable Air Conditioner.

Key Features

• 1024Wh Add-On Battery
• Designed for the EcoFlow WAVE 3 Portable Air Conditioner
• Provides cordless WAVE 3 cooling and heating
• Supports approximately two to eight hours of WAVE 3 runtime
• Long-life lithium iron phosphate battery chemistry
• Approximately 4,000 charging cycles to 80% capacity
• Detachable design
• Suitable for transport and separate storage
• Maximum input power of 1000W
• Maximum battery output of 858W
• Maximum solar charging input of 400W
• Supports compatible 12V and 24V vehicle charging
• Maximum vehicle charging input of 200W
• USB-A output up to 18W
• USB-C Power Delivery output up to 140W
• Supports charging through the connected WAVE 3
• Supports compatible solar-panel charging
• Supports compatible vehicle charging
• Supports selected EcoFlow Alternator Charger configurations
• Includes an Add-On Battery connection cable
• Includes a vehicle-charging cable
• Approximately 9.7kg net weight
• Compact low-profile construction
• Suitable for camping and outdoor activities
• Suitable for caravan and RV travel
• Suitable for overlanding and 4×4 trips
• Suitable for cabins and mobile workspaces
• Battery only
• Does not provide cooling or heating independently
• EcoFlow WAVE 3 sold separately

Specifications

Compatibility

Designed for use with:

• EcoFlow WAVE 3 Portable Air Conditioner

The Add-On Battery supplies portable electrical power to the WAVE 3 but does not produce cooling or heating independently.

The EcoFlow WAVE 3 Portable Air Conditioner must be purchased separately unless specifically included as part of a bundle.

When connected to the WAVE 3, the Add-On Battery may provide approximately two to eight hours of cooling or heating.

Actual runtime depends on:

• Selected cooling or heating mode
• Target temperature
• Fan speed
• Eco Mode settings
• Outdoor temperature
• Room or enclosure size
• Insulation
• Direct sunlight and heat exposure
• Door and window openings
• Exhaust-duct installation
• Battery condition
• WAVE 3 operating demand

The maximum advertised runtime is generally achieved under lower-demand operating conditions. Continuous maximum cooling or heating will reduce runtime.

Solar charging requires a compatible solar panel and suitable EcoFlow Solar-to-XT60 or XT60i charging cable.

Vehicle charging requires a compatible 12V or 24V vehicle accessory socket and the supplied vehicle-charging cable.

Vehicle charging should normally be performed while the engine is running to reduce the risk of discharging the starter battery.

Alternator charging requires a compatible EcoFlow Alternator Charger and the correct model-specific connection cable.

Compatibility with portable power stations depends on the EcoFlow model, available connection port, required cable, supported charging direction and firmware.

The USB-C port can charge compatible laptops, tablets, smartphones and other USB-C Power Delivery devices up to its supported output limit.

The Add-On Battery should not be submerged or exposed to heavy rain, standing water or high-pressure water.

Use only compatible EcoFlow cables and charging accessories.

What’s in the Box

• 1 × EcoFlow WAVE 3 Add-On Battery
• 1 × Add-On Battery Cable
• 1 × Vehicle-Charging Cable
• 1 × Quick Start Guide
• 1 × Safety Instructions
• 1 × Warranty Card

The EcoFlow WAVE 3 Portable Air Conditioner, solar panels, solar charging cables, Alternator Charger and portable power stations are sold separately unless specifically included in a bundle.

Warranty

EcoFlow South Africa Warranty Period to Be Confirmed

Sustainability

The EcoFlow WAVE 3 Add-On Battery uses long-life lithium iron phosphate battery chemistry and is rated for approximately 4,000 complete charging cycles before reaching around 80% of its original capacity.

Its detachable design allows the battery to be transported, stored or replaced separately from the WAVE 3 Portable Air Conditioner.

Solar charging compatibility also provides an alternative way to recharge the battery using suitable portable solar panels.