Inverter systems have become an integral part of our lives, powering up our homes and offices during long and frequent power outages. Consequently, a high power inverter battery is necessary to keep these inverters running efficiently, ensuring a continuous and uninterrupted power supply.
However, to keep your power backup system running efficiently, it is important to maintain it properly. Proper maintenance will ensure its maximum efficiency and prolong its life.
Now, we are going to discuss how to maintain a high power inverter battery for higher efficiency. We will cover the different aspects of inverter battery maintenance and provide you with useful guidelines to keep your battery running smoothly. You can ensure that your inverter battery is always in top condition and ready to power up your home or office when you need it the most by following these guidelines.
What are the Ways to Prolong High Power Inverter Battery Efficiency?
Everybody wants to invest in an inverter that has an efficient battery level. Buying inverters is just one task, and their upkeep is another. However, keeping a tap on an inverter’s battery health and care can maintain its efficiency level. After all, it is the ticket to enjoy undisturbed electricity during a power cut.
Tips for proper upkeep of your high power inverter battery’s efficiency:
- Regular Usage
The decrease in an inverter battery’s efficiency is sometimes due to long intervals between two uses. One can easily maintain their inverter battery’s efficiency by keeping the inverter in regular use with minimum load.
2. Battery Health
Battery health is a critical element that assists in maintaining high power inverter battery efficiency. An inverter’s battery health is evident because of its physical symptoms, such as loose connections, increased battery size, and abrupt performance. Getting periodic services and monitoring any physical damage can ensure the upkeep of the battery’s health.
3. Water Level
The inverter battery’s water level is one of the most overlooked factors in maintaining its efficiency. People often use regular water instead of the prescribed distilled water in their inverter’s batteries. However, one must ensure that distilled water gets poured into the batteries to avoid disruption and maintain the battery’s efficiency.
4. Battery Voltage
A high power inverter battery typically has a voltage range of 11 to 12 when not in use. If the voltage level drops to 10, even then, it is fine. However, it is necessary to keep an eye on the voltage level. A battery with a voltage below ten needs immediate replacement. Using a poor battery inverter can damage the connected devices.
5. Depth of Discharge
Completely draining the battery is one of the most common factors among inverter users that depreciates its efficiency. An inverter’s battery must be drained partially and not completely. Discharging beyond the recommended depth of discharge level affects the battery’s efficiency.
6. Battery’s Temperature
Overloading or overcharging are two common reasons for the rising temperature of an inverter’s battery. It can cause your high power inverter battery to overheat. It has an adverse effect on its efficiency, which causes irregular performance of the inverter. Therefore, it is necessary to keep the battery’s temperature at normal.
7. Plug-in Recommended Number of Devices to Inverter
A high power inverter battery supports any inverter with corresponding specifications only. Exceeding the recommended number of devices on an inverter affects the battery’s delivery efficiency. Therefore, one must use only recommended number of devices with an inverter.
For instance, a battery of 218.75 Ah gives three hours of backup to a 700-watt inverter.
Maintaining a high power inverter battery is important for achieving longer lifespan along with higher efficiency of your equipment. Luminous, a leading power solutions company, offers a range of high-quality inverter batteries that require minimal maintenance for optimal performance.
Visit their website to learn more!