Product Overview 

MK Energy Stackable LiFePO4 Battery is a modular residential energy storage solution designed for flexible capacity expansion and stable daily cycling. With a compact stacked structure and clean installation, it fits modern home solar systems and backup power applications. The system supports reliable charge/discharge performance, helping users maximize solar self-consumption, optimize time-of-use electricity costs, and maintain essential power during outages.

Features 

• Modular Stackable Design
  Easily expand capacity by adding battery modules to match different energy demands.

• Safe LiFePO4 Chemistry
  High thermal stability and reliable long-term operation for residential energy storage.

• Stable Daily Cycling Performance
  Built for frequent charge/discharge cycles in solar self-consumption systems.

• Space-Efficient & Clean Installation
  Compact footprint with a modern appearance, suitable for indoor residential environments.

• Flexible System Configuration
  Supports scalable setups for small homes, villas, and higher consumption households.

• Inverter Compatibility
  Designed to work with mainstream hybrid/off-grid inverter systems (communication interfaces optional).

• Reliable Backup Power
  Helps keep essential loads running during grid interruptions and unstable power conditions.

• Low Maintenance & Quiet Operation
  No fuel, no noise, and minimal maintenance for everyday use.

Application Scenarios 

• Residential Solar Energy Storage (PV + ESS)
  Store excess solar power during the day and use it at night to reduce grid dependency.

• Home Backup Power
  Provide stable energy for critical loads such as lighting, Wi-Fi, refrigerator, and security systems during outages.

• Time-of-Use Optimization / Peak Shaving
  Charge during off-peak hours and discharge during peak periods to lower electricity bills.

• Hybrid Home Energy Systems
  Combine with hybrid inverters for smart energy management, daily cycling, and emergency backup.

• Off-Grid & Remote Home Power
  Support homes in remote areas or regions with unstable grid supply when paired with solar and inverter systems.