Goodwe SECU-A 5.4 kWh low voltage battery

The GoodWe SECU-A 5.4 kWh low voltage battery is an advanced solution designed to enhance energy efficiency in residential installations, providing a safe and reliable backup for solar energy systems. With lithium iron phosphate (LFP) technology, known for its high thermal and chemical stability, this battery ensures safe, durable, and efficient operation. Thanks to its expandable modular design and plug-and-play installation, it is ideal for those seeking an easy-to-implement energy storage solution that can scale as their energy needs grow.

Advanced and safe technology:
The SECU-A series from GoodWe uses lithium iron phosphate (LFP) cells, which provide greater safety compared to other lithium battery technologies. This technology is known for its thermal stability, significantly reducing the risks of overheating or fires, ensuring maximum safety in residential environments. Additionally, the battery features an IP20 protection system, ensuring its durability and resistance to moderate environmental conditions, making it ideal for indoor installation.

Modularity and scalability:
The modular design of the SECU-A allows users to add additional battery modules as their storage needs increase. Each module has a capacity of 5.4 kWh, and it is possible to connect multiple batteries in parallel, providing flexibility to expand the total system capacity according to the household's energy needs. This scalability is ideal for homeowners looking to maximize their solar self-consumption or have a more robust backup system in case of power outages.

Ease of installation with Plug-and-Play:
One of the standout features of the GoodWe SECU-A battery is its quick and easy installation thanks to its plug-and-play design. This means that installers can set up and get the system running without complications, reducing installation time and associated costs. Additionally, the batteries come with an automatic recognition function for other batteries connected in parallel, further facilitating system expansion.

Reliable and efficient performance:
With a nominal capacity of 5.4 kWh and a nominal power of 2.56 kW, the SECU-A provides enough energy to support essential devices in the home or store excess solar energy for nighttime use or on cloudy days. Its operating voltage range is 47.5 V to 57.6 V, ensuring efficient and stable performance under various conditions. Additionally, the battery can operate in a temperature range of 0°C to +50°C for charging and -10°C to +50°C for discharging, ensuring optimal performance even in extreme climates.

Compatibility and monitoring:
The GoodWe SECU-A battery is compatible with GoodWe inverters and other low voltage storage systems. It is equipped with CAN and RS485 communications, allowing integration with advanced monitoring systems for efficient remote control and diagnostics. This makes it easier for homeowners and technicians to monitor system performance and identify any potential issues remotely, enhancing system durability and ensuring continuous and optimized operation.

Important additional features:

• Weight: 49 kg, making it a robust yet manageable battery for installation on floors or cabinets.
• Dimensions: Compact, with measurements of 403 x 227 x 455 mm, facilitating installation in limited spaces, optimizing space in residential environments.
• Environmental protection: The battery is designed to operate at a maximum altitude of 2000 meters, making it suitable for a wide range of geographical locations.

Durability and extended lifespan:
The SECU-A offers a long lifespan thanks to the durability of lithium iron phosphate cells, minimizing the need for replacements and reducing long-term costs. This feature, combined with its ease of expansion, ensures that the battery remains a useful and efficient investment for many years.

In summary, the GoodWe SECU-A 5.4 kWh low voltage battery is an exceptional choice for those seeking a safe, durable, and easy-to-install energy storage solution. Its advanced LFP technology, expandable modular design, and compatibility with monitoring systems make this model a smart investment to maximize solar energy self-consumption and ensure efficient backup in case of power supply interruptions.