Bluetti 500W Sora 500 Foldable Portable Solar Panel

BLUETTI SORA 500 500W Foldable Solar Panel

The BLUETTI SORA 500 is a high-output 500W foldable solar panel designed for portable power stations, camping, motorhomes, campervans, off-grid systems and other applications where substantial solar generation is required without permanently installing rigid panels. Its folding construction allows a large 500W solar array to be packed down for transport and storage when not in use.

Using high-efficiency N-Type monocrystalline solar cells, the SORA 500 achieves a conversion efficiency of up to 25%, helping generate more usable power from the available sunlight. With a maximum power voltage of 40.92V and current of 12.22A, it provides a substantial charging source for compatible portable power stations and solar charging equipment.

Despite its 500W rated output, portability remains a central part of the design. The panel folds down to 570 × 445 × 85mm for storage and transport, while unfolding to a large 2541 × 1146mm collection area when deployed. At 12.9kg, it provides considerably greater solar capacity than smaller portable panels while remaining practical to transport between locations.

The SORA 500 features a durable ETFE-coated surface designed to withstand regular outdoor use while remaining easy to clean. An IP67 protection rating provides resistance against dust and water, while its operating temperature range of -25°C to +65°C supports use across a wide variety of outdoor conditions.

A standard MC4 connection provides broad compatibility beyond BLUETTI equipment. The panel can be used with compatible BLUETTI power stations as well as third-party power stations and solar equipment where the input voltage, current and connector requirements are suitable.

Key Features

• 500W rated solar output.
• High-efficiency N-Type monocrystalline solar cells.
• Up to 25% solar conversion efficiency.
• Foldable design for easier transport and storage.
• Standard MC4 solar connector.
• IP67 protection against dust and water.
• Durable ETFE-coated surface.
• 40.92V maximum power voltage.
• 12.22A maximum power current.
• 49.1V open circuit voltage.
• 13.31A short circuit current.
• 12-panel folding construction.
• Wide -25°C to +65°C operating temperature range.
• Suitable for compatible BLUETTI and third-party power stations.

Applications of BLUETTI SORA 500

• Portable power station charging.
• Motorhomes and campervans.
• Caravans and leisure vehicles.
• Camping and outdoor power systems.
• Off-grid solar installations.
• Emergency and backup power systems.
• Portable renewable energy systems.
• Compatible BLUETTI power stations.
• Compatible third-party power stations with suitable MC4 solar inputs.

Technical Specifications

• Brand: BLUETTI
• Model: SORA 500
• Rated Power: 500W
• Panel Type: N-Type Monocrystalline
• Conversion Efficiency: Up to 25%
• Voltage at Maximum Power (Vmp): 40.92V
• Current at Maximum Power (Imp): 12.22A
• Open Circuit Voltage (Voc): 49.1V
• Short Circuit Current (Isc): 13.31A
• Connector: Standard MC4
• Protection Rating: IP67
• Number of Panels: 12
• Unfolded Dimensions: 2541 × 1146.6 × 3mm
• Folded Dimensions: 570 × 445 × 85mm
• Weight: 28.4kg
• Operating Temperature: -25°C to +65°C
• Best Working Temperature: 25°C
• Warranty: 12 Months

Why Choose the BLUETTI SORA 500?

The BLUETTI SORA 500 provides a useful middle ground between portable solar equipment and much larger fixed solar installations. Its 500W output offers considerably greater charging potential than smaller folding panels, making it particularly useful for larger portable power stations and applications where recovering significant battery capacity from solar energy is important.

Its 25% conversion efficiency, large collection area and standard MC4 connection provide strong solar performance without restricting the panel to a single power station ecosystem. Once charging is complete, the 12-panel array folds down into a much smaller format for transport or storage, making it well suited to mobile and temporary off-grid installations.