How Advanced Design Increases Lifecycle of Inverter Batteries

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How Advanced Design Increases Lifecycle of Inverter Batteries
October 28, 2024
How Advanced Design Increases Lifecycle of Inverter Batteries

Does your city face frequent power cuts? Are you looking for a long-lasting power backup? It’s time for high-capacity Inverters. 

Nigerian cities have been experiencing power surges over a prolonged period. Frequent power outages with prolonged duration continue to hamper household, commercial and industrial operations. 

When the domestic economy is gradually emerging, it is necessary to power up your electronic devices and electrical networks. Here’s when powerful inverters can help you. 

In the heart of every inverter, lies a high-powered Inverter Battery. We at Star Plus Battery can offer you the best inverter batteries, to cater for your power needs. 

The power capacity and lifecycle of Lead-Acid Batteries depend on advanced plate designs. Whether it’s a personal computer or a commercial machine, advanced plate designs in inverter batteries can power up all. 

Are you looking forward to purchasing inverter batteries? Check out this blog to get a comprehensive idea about advanced plate designs and how they can benefit your power supply. 

What are Advanced Lead-Acid Inverter Batteries?

Plate Design 

Advanced lead-acid batteries have evolved from traditional lead-acid batteries. But how are they exactly advanced? The plates of our advanced lead-acid inverter batteries are designed from lead or lead alloys. This provides a higher surface area, increases conductivity and improves performance. 

Grid Structure

We ensure flexibility while designing the grid structure of advanced inverter batteries. As the best inverter battery dealers in Lagos, we design corrosion-resistant grid structures. Our lead-calcium alloys and other advanced materials increase durability, which in return enhances the lifecycle of inverter batteries. 

Electrolyte 

Robust electrolyte solutions in advanced lead-acid inverter batteries improve their lifecycle and performance. We include a sulfuric acid solution in advanced inverter batteries. Our Advanced Glass Mat Technology (AGM) immobilizes the electrolyte and reduces the risk of spillage and battery damage.  

Battery Casing 

Our lead-acid batteries are enclosed in a protective case. We include durable plastics that can withstand heat, storms, moisture and even cold. So that the performance of your inverter batteries remains uncompromised. 

The protective casing keeps the inner component intact and ensures that the inverter battery remains maintenance-free and leak-proof. 

The consistency of your power supply will depend on the advanced designs available for lead-acid inverter batteries. Here’s what you need to know. 

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    How Advanced Inverter Batteries Can Help? 

    1. Superior Performance in Complex Conditions

    Nigeria faces extreme temperatures, especially during peak summer seasons between February and April. Advanced designs of our lead-acid batteries can withstand temperature fluctuations. 

    The design and composition of our inverter batteries make them less susceptible to temperature variations. Higher surface area increases conductivity, whereas robust battery casing withstands the climate. 

    Even though power failures might occur, the performance of your inverter batteries won’t falter. 

    2. Low Maintenance for Increased Life Cycle 

    As the best inverter battery dealers in Lagos, we include a low-maintenance quotient for our batteries. Our advanced battery designs maintain water levels and reduce the risk of acid spillage. 

    Moreover, a strong grid structure increases the long-term performance of your inverter batteries. With lesser electrolyte decay, your maintenance costs and need for replacement will further decrease. 

    3. Energy-Efficient Operations 

    In the era of sustainability, energy efficiency is the primary choice for the power generation and supply sector. Keeping in mind the need to generate a low carbon footprint, we have promoted advanced designs for our inverter batteries.

    Inverter batteries having higher self-discharge rates require more charge and thereby more carbon emissions are guaranteed. Whereas the self-discharge rates of our lead-acid inverter batteries are less than 1% per month at 27 degrees Celcius. You can easily store our inverter batteries for 3 months at 27 degrees Celcius.

    Once your battery charging needs decrease, energy wastage will decline. Similarly, your electricity bills will be reduced. 

    4. Uninterrupted Power Supply 

    Consistency is the most important aspect when it comes to power backup. Our advanced lead-acid batteries possess a longer life with regular top-ups. This makes them robust towards prolonged charge and discharge cycles common during power outages. 

    Frequent charge and discharge can corrode electrolyte plates and reduce the battery’s lifespan. Advanced designs give a wider surface area to our battery plates and allow them to withstand temperature variations. With improved conductivity and self-water-level topping, an uninterrupted power supply is right here just for you. 

    Wrapping Up 

    Nigeria’s prolonged power outages have imposed serious concerns about domestic lifestyle and industrial operations. We at Star Plus Battery can help you with high power-backup solutions with our robust lead-acid inverter batteries. Our advanced battery designs can withstand high-temperature variations, storage conditions and power demands. Be it any electronic device, our inverter batteries can power up it all.