Do’s and Don’ts of Using Inverters and Batteries
Do’s and Don’ts of Using Inverters and Batteries
In a country like Nigeria where power supply is often unstable, inverters and batteries have become an essential solution for homes and businesses. However, many people unknowingly misuse them, which reduces their efficiency and shortens their lifespan. To get the best performance, it’s important to understand the do’s and don’ts of using inverters and batteries.
Do’s of Using Inverters and Batteries
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Choose the Right Capacity
Always size your inverter and battery based on your power needs. An undersized system will get overloaded quickly, leading to damage. -
Ensure Proper Installation
Get a certified technician to install your inverter and batteries. Poor installation can cause short circuits, overheating, and reduced efficiency. -
Charge Batteries Fully
Allow your batteries to charge completely before heavy usage. This keeps them healthy and ensures maximum backup time. -
Keep the System in a Ventilated Area
Batteries release heat during charging and discharging. Always place them in a cool, well-ventilated space to prevent overheating. -
Regular Maintenance
Clean battery terminals, check water levels (for non-sealed batteries), and perform routine checks to ensure everything is in good condition.
Don’ts of Using Inverters and Batteries
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Don’t Overload the Inverter
Avoid connecting appliances beyond the inverter’s capacity. Overloading reduces lifespan and may cause sudden shutdowns. -
Don’t Let Batteries Fully Discharge Often
Constantly draining your batteries to 0% weakens them over time. Recharge when they drop to around 40–50%. -
Don’t Place Batteries Near Heat Sources
Exposure to direct sunlight or heat sources reduces battery efficiency and may lead to swelling or leakage. -
Don’t Ignore Warning Signs
If your inverter gives frequent alerts or batteries show swelling, leakage, or reduced backup time—seek professional help immediately. -
Don’t Use Substandard Cables or Accessories
Cheap wires and connectors increase resistance, reduce performance, and may even cause fire hazards.