Are you looking for uninterrupted power supply and energy-efficiency at the same time? You are at the right place then. We at Star Plus Battery, can offer you with energy-efficient inverter batteries that excel in consistent power backup.
Discharging refers to the amount of energy drained from the inverter. Inverter batteries with high discharge rates require frequent charging and additional power is consumed accordingly. Here’s when we can help you with our low-discharge inverter batteries.
In this blog, we’ll discuss about the features and importance of low-discharge inverter batteries in saving energy amidst power outages. Continue reading to know more.
What Causes your Inverter Battery to Over Discharge?
Inverter Battery discharges are a common aspect experienced across household, commercial and industrial owners. Here are some common causes of inverter battery over discharge:
- Users turn on and off the UPS multiple times to drain off remaining charges
- Keeping the battery run in bare minimum load
- The load is running at a stage where inverter battery is signalling a laow battery
- Charger is loosely connected and signs of battery drainage are ignored.
What happens if Discharge Rates are High?
When an inverter battery is discharged at a high rate, it can effect your power backup in a number if ways. Here’s what happens with high discharges:
Reduced Capacity
If an inverter battery’s discharge rate is high, it’s operational capacity gets significantly hampered. This is because, the faster the battery drains, more heat is produced, which wastes energy and imposes pressure on the battery.
Voltage Drop
At higher discharge rates, the voltage drop becomes more significant. In return, it corrodes the battery plates and reduces lifespan.
Power Loss
Power loss becomes a prominen factor with batteries with high discharge rates. This becomes a major reason for choosing high-capacity inverter batteries and maximise energy savings.
Rapid Heating
Excessive heating increases internal corrosion of inverter batteries. If the rapid heating continues, both energy is lost and your battery span is simultaneously reduced.
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How Low-Discharge Inverter Batteries help?
As your inverter batteries undergo through different charge and discharge cycles, their longevity and performance ability is hampered. Here’s how low-disscharge inverter batteries can help.
Lower Energy Loss
Low-discharge inverter batteries can prevent exessive energy loss while functioning over a considerable timeframe. Our inverter battery load capacity can offer high power backup over a considerable timeframe and prevent energy loss simultanously.
Longer Power Duration
Low-discharge inverter batteries can power your homes and offices for a longer period. As a result, emergency operations can be performed without interruptions.
Moreover, high power retention ability of our inverter batteries will reduce grid dependance. So that, your emergency operations can be handled and energy is simultaneously conserved.
Resistant to Deep Discharging
Low-discharge inverter batteries can charge upto 30% to 40% without significant damage. Deep discharging increases risks of plate corrosion and reduce battery’s longevity. Our high-capacity inverter batteries can resist internal burn and allows the batteries to function over a considerable timeframe.
How does Star Plus Battery excel?
We at Star Plus Battery, can maximise energy efficiency and offer uninterrupted power supply at the same time. Following are the key features of our inverter batteries that heavily contribute to the low discharge properties.
1. Advanced Plate Design
Our inverter batteries come up with advanced plate design. These batteries are durable and possess the longest warranty period for the customers. With advanced plate design, a considerable corrosion volume is controlled even during repeated usage.
2. Superior Electrolyte Utilisation
Our tubular inverter batteries are known for the efficient utlization of electrolytes. Advanced plate design and construction of these batteries allow for better contact between electrolyte and active materials.
These feature in return enhances battery load capacity and reduces excessive drainage. Moreover low-discharge feature improves electrolyte utlisation and offers long-lasting performance.
3. Robust and Durable Constructions
Construction of our high-powered inverter batteries are inherently robust and durable and contributes to the high efficiency. We solely use high-quality materials and advanced manufacturing process, so that they can withstand harsh operating conditions.
4. Energy Efficiency
The efficient operation of tubular batteries helps with energy efficiency. Low discharge and high opertaional robustness enbales batteries to withstand pressure and last longer than expected.
In Conclusion
Low-discharge inverter batteries are essential for adding a cost-effective notion. We at Star Plus Battery can technically and operationally assist you with managing your battery’s lifespan.
Correct installation, frequent maintenance, avoidance of overcharge and deep draining, and proper monitoring are needed. Homeowners must consistently evaluate their needs and changes in personal load consumption. Meanwhile, you will continue to manufacture only the best inverter batteries for your home and office.