51.2V 3.6KW 50Kwh 10Kwh 20Kwh Stackable Home Battery Modular Design

Flexibility: Home energy storage battery systems have a modular design that allows for easy expansion of battery modules with just a single click. This means you can adjust the system capacity according to your actual needs, catering to varying household energy demands. The flexibility of the system enables it to adapt to changes in home energy usage, whether it's increasing solar power generation or managing high-load periods.
Aesthetics: Home energy storage batteries prioritize exterior design and aim for aesthetic appeal. They typically employ compact and modern housing designs that blend harmoniously with the home environment and interior decor. This aesthetic consideration allows the storage batteries to seamlessly integrate into the household, providing functional solutions while enhancing the overall visual value of the residence.
High cycle count: Home energy storage batteries usually utilize Grade A cells, which offer excellent cycle life. These batteries undergo rigorous testing and optimized design, enabling them to achieve or even exceed 6000 cycles of use. This means they can reliably deliver storage services for an extended period, saving costs for homeowners and prolonging the lifespan of the system.

Home photovoltaic energy storage systems have various application scenarios, including self-sufficiency, backup power, energy efficiency and carbon reduction, energy optimization, and electricity sales.
Self-sufficiency: Home photovoltaic energy storage systems enable households to become self-sufficient in their energy supply by converting solar energy into electricity and storing surplus energy for later use. This reduces dependence on the traditional power grid.
Backup Power: During power outages or blackouts, home photovoltaic energy storage systems can provide backup power, ensuring that essential appliances like lighting, communication devices, and refrigerators remain operational.
Energy Efficiency and Carbon Reduction: Home photovoltaic energy storage systems contribute to energy efficiency and carbon reduction by utilizing clean and renewable solar energy. They help reduce reliance on conventional energy sources and lower carbon emissions, promoting environmental sustainability.
Energy Optimization: Integration with smart energy management systems allows photovoltaic energy storage systems to optimize energy utilization. By monitoring household energy demands and solar energy generation, these systems can automatically adjust energy distribution and usage, maximizing overall energy efficiency.
Electricity Sales: In certain regions, households can sell excess solar power back to the grid. With a photovoltaic energy storage system, households can store surplus energy and inject it into the grid during high-demand periods, allowing them to profit from electricity sales.
In summary, home photovoltaic energy storage systems offer versatile applications, supporting energy self-sufficiency, providing backup power, promoting energy efficiency and carbon reduction, optimizing energy usage, and enabling electricity sales. These systems provide reliable, clean, and cost-effective energy solutions for households.

The Stackable Home Battery is packaged in a double-walled corrugated cardboard box to protect it during shipping. The box is labeled with the product's name, SKU number, weight, and dimensions. Additional foam inserts are included in the box to provide further protection. The box is then sealed with reinforced packing tape.
The Stackable Home Battery is shipped via the most reliable and economical method available. We provide tracking information and estimated delivery date for each order.