“Safety comes first” — a quote often mentioned by Plus Xnergy’s management team, regardless of any occasion.

When choosing a solar battery system for your house, voltage does matter to you, not just for performance, because your family’s safety comes first. 

Many homeowners are drawn to high-voltage battery systems, thinking they offer higher efficiency and faster charging for household appliances and electric vehicles. However, safety and reliability should always come first — especially in a residential environment. 

Unlike many conventional high-voltage systems on the market, Plus Xnergy offers a low-voltage battery energy storage system is designed specifically for residential safety and long-term reliability.

1. Lower Risk of Electrical Hazards
   High-voltage batteries, typically ranging from 200V to 600V, it can pose a higher risk of electric shock, arcing, or thermal incidents if damaged or installed incorrectly. In contrast, our low-voltage batteries usually between 45V and 60V, it minimises the risk, ensuring a safer and more stable energy output for your household.
2. Better Protection Against Overheating
   Lower voltage means less stress on system components, which reduces the chances of overheating, short circuits, or fire risks, making low-voltage systems a safer choice for everyday residential use. 
3. Safer for Maintenance & Emergency Situations
   Low-voltage systems are easier to handle, safer for technicians to service, and pose less danger in case of emergency — protecting both your home and your loved ones. 

Home is always a place for us to relax and feel safe when spending time with family. We trust our battery system perform stably and safely, whether you are at home or travelling. 

Designed a solar and battery energy storage system with home safety in mind, low-voltage battery run on proven, stable technology that’s trusted in homes worldwide.

Key Takeaways:

Low-voltage (45-60V) BESS are a safer choice for residential use compared to high-voltage (200-600V) systems.

The primary safety benefits include a reduced risk of electric shock, arcing, and overheating.

Low-voltage systems put less stress on components, enhancing reliability and making maintenance safer.