Tubular Batteries vs Regular Batteries - What Makes Tubular Batteries a Clear Winner

Anywhere you look, you will see a device or two powered by batteries. From running your phone and wristwatch to wall clocks, electric cars and even inverters, individual batteries have individual and unique purposes. So, if you reside in a Nigerian locality where a power outage is typical, you can read this post.

Searching for residential inverter batteries might be a complex job, especially for homeowners who have little idea about them. The fact that tubular and regular conventional batteries are differentiated by just one aspect makes the matter more complex. Let's first find out the differences between the following points so you may understand why tubular ones are a more beneficial pick. 

Aspects that Differentiate Tubular Batteries from Regular Inverter Batteries

All inverter batteries may run similarly. However, the aspects that make tubular batteries exceptional are their premium quality raw materials and sought-after technologies. From the following narrative, you can point out the prime differences that make tubular batteries a clear winner. 

Plate Structuring 

The prime difference between tubular and regular batteries lies in the plates' structure. Tubular batteries come with plates made of tubes. On the other hand, regular battery plates are in the form of flat sheets. So, tubular batteries' design uses more electrolytes. So, it increases the battery's capacity, thereby improving its longevity.

Handling of the Temperature

Tubular batteries can manage fluctuations in temperature. Additionally, they can easily convert high-voltage power within a minor voltage change. Unlike regular inverter batteries, they make different pieces of powerhouse. These systems are built to handle only a specific temperature and are recommended as per the requirement. 

Design Philosophy

With a positive plate design, a tubular battery achieves more durability. Such a battery is longer-lasting than regular batteries. Unlike these batteries, the regular ones come with a flat plate design.

Cost Factors

A strongbuilt tubular battery is undoubtedly more expensive, but it's worth considering due to its features and advantages. Unlike regular ones, these batteries are more complicated to manufacture and require additional raw materials. With their superior design and additional elements, tubular batteries ensure a longer life.

Much to the customers’ knowledge, it can last you up to 10 to 12 years. That's 2 to 3 times more than the regular battery's life. Surprisingly, tubular ones can tolerate deep discharge higher and remain affected by temperature fluctuations. So, you can use them at the office and at home alike.

Type of Appliances They Support

With normal batteries, you can only use a handful of appliances and applications at home. On the other hand, tubular batteries can offer premium support to various high-end applications – thanks to their higher power output, which allows them to handle more power loads than regular ones.

Charging Technologies Used

Those conventional batteries charge more slowly than tubular ones. That's one prime reason why people consider investing in tubular batteries. Note that they are capable of charging more speedily.

Warranty and Offers on Purchase

Tubular batteries are long-lasting and come in various capacities ranging between 130AH to 240AH. Manufacturers of premium-quality tubular batteries offer warranty options. Conventional inverter batteries usually don't come with a warranty period. 

So, the narrative above clearly hints at tubular batteries' praiseworthy prominence as a clear winner when compared to regular (conventional) inverter batteries. 

Tubular Batteries – The Unmatched Winner in the Battle against Regular Inverter Batteries

It's the third decade of the 21st century, and people have finally realised the pros of implementing technologies to build powerful inverter batteries. The modern tubular battery has become a quintessential type of battery used in inverters. 

Today, in most people's discussions of buying an inverter battery purchase, tubular batteries are the first concern. These batteries are built with a positive plate tucked inside the tube that is covered with cloth and holds electrodes. Like conventional batteries, they are also lead-acid batteries. However, they are larger than those flat plate batteries. 

Enlisted below are the prime components of these batteries:

• Electrolyte – A chemical compound that conducts electricity 
• Terminals – They are what you know as 'positive' and 'negative'
• Cooling Fans – Responsible for the heat balance
• Separators – It separates two plates to ensure they aren't in contact

Other components in the battery include the following:

• LED lights
• Microprocessor-based circuits
• Alarm
• Displays

Tubular batteries are available in various forms:

Short Tubular Battery – Such a type of battery isn't tall and more seamless to locate. 

Tall Tubular Battery – The tall tubular battery has a longer height and narrower width. So homeowners and office owners who can find enough space to accommodate height can select this type.

Wrapping up

Finally, a long lasting tubular battery has no sheer alternative, especially in regions that experience frequent power outages. Now that you understand the differences that make tubular ones better than conventional batteries, it's time to choose a manufacturer.

Tubular Vs. Inverter Batteries: A Quick-Simple Comparison

Can you imagine a world without electricity? Hard to imagine, right? Today, we all rely on electricity, the lifeline for the technological world where a constant supply is needed every second. But a short power cut in homes or offices or anywhere else can disrupt our normal lives. To keep a constant power supply, the role of batteries, mainly inverter batteries, cannot be overlooked. 

 

Today, inverter batteries, specifically tubular batteries, are emerging as one of the best choices for optimum performance and durability. With this blog, explore the key difference between an inverter battery and modern tubular batteries and find out what’s best for you. 

Overview of Inverter Batteries

Inverter batteries are the most essential energy storage devices that store power when it's available and release it when needed, they are essential for ensuring smooth and continuous power during blackouts. Their importance stems from their capacity to close the gap between variations in power supply and demand, guaranteeing continuous availability of electricity for residential and business environments. 

 

These batteries come in a variety of sorts that are carefully crafted to meet a wide range of purposes and preferences. This allows users to have options that are specific to their needs. There are several options available on the market, each with unique features and advantages, ranging from conventional lead-acid batteries to sophisticated tubular batteries and beyond. Because choosing the correct kind of inverter battery has a direct impact on the backup power system's lifetime, efficiency, and overall performance, it becomes essential.

Types of Inverter Battery

Before we dig deep into the comparison, first grasp the main types of inverter batteries and where exactly tubular batteries fit in the picture.

 

1. Lead-acid Batteries

One of the most popular kinds of inverter batteries is renowned for being quickly rechargeable and effectively priced. There are two primary types of lead-acid batteries: tubular batteries and flat-plate batteries. Despite sharing a common base technology, their structural disparities and performance differentials set them apart. Flat-plate batteries, though more economical upfront, typically exhibit shorter lifespans and relatively lower performance thresholds. 

 

2. Lithium-ion Batteries

Lithium batteries are booming as the most prevalent in the inverter battery industry because of technological advancements. These batteries have longer lifespans, need less time to charge, and have a higher energy density than lead-acid batteries. The advantages outweigh its upfront cost, which is higher, especially in terms of performance and efficiency.

 

3. Gel Batteries

Gel batteries represent a significant advancement in battery technology, distinguished by their spill-proof nature and virtually maintenance-free operation. Unlike conventional batteries, gel batteries employ a specialized gel electrolyte that immobilizes the electrolyte solution, eliminating the risk of spills or leaks. This unique feature not only enhances safety but also ensures utmost convenience for users, as there is no need for regular maintenance such as topping up electrolyte levels.

 

4. AGM Batteries

The fibreglass mat separator in absorbent glass mat (AGM) batteries absorbs and immobilize the electrolyte. Due to its better vibration and shock resistance, these batteries are excellent for use in high-level settings or in mobile applications.

Overview of Tubular Batteries

One of the sub-categories of Lead acid batteries is tubular batteries, the most popular in the market. These batteries are known due to their durability and high performance. When compared to traditional batteries, these are smart choices because of their tubular positive plate, higher active material density, and powerful performance. 

 

The deep discharge capability of tubular batteries allows for consistent performance under heavy loads; their robust design requires less maintenance, making them convenient, and with proper care, they promise a longer lifespan and excellent value over time. Tubular batteries are a preferred choice for backup power solutions due to their many outstanding features.

Tubular Vs. Inverter Batteries: Comparison

Below is the table highlighting the key difference between Tubular Batteries and Inverter Batteries.

 

Feature & Specifications	Tubular Battery	Inverter Battery
Design	Tubular plates	Flat or tubular plates
Plate Material	Lead Alloy	Lead-calcium alloy, lead-antimony alloy, and many other material
Longevity	More Durable due to thick plates	Less durable
Lifecycle	Longer lifespan around 6-8 years	Shorter lifespan around 3-4 years
Repairing	Low maintenance	Regular maintenance
Discharge depth	Handle deeper discharge	Can handle minor discharges
Charging Time	Require more time	Shorter time
Efficiency	Higher efficiency because of heavy uses	Slightly less efficient
Cost	More expensive	Generally cheaper
Application	For frequent power cuts and heavy-use application	Can handle short power cuts and lighter application use

Conclusion

Tubular and inverter batteries are essential parts of power solutions that guarantee a steady and dependable supply of electricity. While inverter batteries exist in a variety of forms to suit different purposes and tastes, tubular batteries are more durable and have the potential to run on deep cycles. Selecting the appropriate battery type is essential for optimum performance and longevity, whether it's for business or home backup power applications. Future developments in battery technology are anticipated as technology progresses, offering even higher levels of efficiency, dependability, and sustainability in the field of power supply and storage.

 

Top Mistakes to Avoid Before and After Buying an Inverter Battery

 

Power outages may occur for a number of reasons, such as equipment failure, crucial weather conditions or planned maintenance. So, regardless of the reason, power outages may disrupt your daily lives. That’s where the role of inverters comes into being. As a backup power source, the inverter lets you perform essential tasks in case of blackouts.

For a Nigerian citizen, experiencing frequent power cuts is quite common. The country has a huge power deficit that affects various commercial and residential places. But thanks to the newest revolution of inverters, you can get great batteries. If you plan to buy an inverter battery from the best battery companies in Nigeria, you might find this post worthy of reading.

Here, you will understand some common mistakes people make while buying and installing an inverter battery. Whether it’s a replacement or a new installation, you should understand the following things so you don’t make the same blunders.

Before You Buy Your Inverter Battery – Top Mistakes to Avoid

The following are the top mistakes you should avoid when buying your inverter battery:

Purchasing a Battery without Understanding How Much Load You Need

Your inverter battery shouldn’t be an impulsive purchase. You must look into various parameters before choosing the correct battery. Neglecting how much load your commercial or residential area needs is a top mistake. 

Not Knowing Whether the Battery is Compatible with the Inverter

Not checking the load requirements might also result in compatibility issues. Your inverter might not be compatible with the type of battery you purchase. Top of Form

Choosing an Unregistered Dealer

Ensure the battery company you select has the required license and registration. An authorised company that delivers premium quality and genuine inverter batteries. 

Not Considering the Budget

Budget remains a key focus when deciding on a battery size or brand. If you make a budget, you will likely invest in the wrong (somewhat more expensive) product. Later, you may discover other less costly variants with the same features in that market. 

So, you should create a budget plan to ensure you don’t have second thoughts after installing the inverter battery. You may compare maintenance costs and prices of different batteries within your budget. 

Making any of the above mistakes may result in a wrong purchase. If you are a first-timer who plans to buy inverter batteries, you shouldn’t follow the above mistakes. 

Blunders You Should Avoid after Purchasing an Inverter Battery – What to Do during Installation?

You should never make the following mistakes during and after installing your inverter battery:

Selecting an Unqualified Battery Installer

The difference between a good and average battery installer lies in their skills. The best inverter and battery installation technique ensures maximum performance. So, you must choose an experienced and competent battery installer who understands the manufacturer’s guidelines. 

One quick note: You should always choose a ventilated area to install the inverter and battery. Also, a qualified installer will tell you the importance of keeping your battery away from moisture-prone areas and direct sunlight. 

Not Charging the Battery for 8 Hours Initially

Any electronic device or machinery you purchase must be charged for at least a few hours. The same goes right for an inverter battery. It might result in unforeseen damage if you don’t charge it for a minimum of 8 hours. Charging the battery for 8 hours helps it run smoothly. It maximises your battery’s capability for optimal performance. 

While transporting the battery, some energy will be lost. Charging for 8 hours compensates for this loss and ensures your battery performs more efficiently.

Not Testing Your Battery Capacity

You shouldn’t undermine the importance of testing the battery capacity. To begin with, check the voltage and battery capacity of your inverter. Now, you need to calculate the backup time. After that, you should run it with the battery and assess how much it loads. 

Check whether the backup time of the battery is approximately the same as promised by the company. If not, you can always ask for a refund from the company.

Neglecting Battery Maintenance

Routine maintenance of your inverter battery ensures the inverter functions appropriately. It’s a critical consideration that keeps your battery long-lasting. Proper maintenance prevents expense repairs, too. From extending the battery lifespan to providing a power supply - it can maximise the battery life.

Final Words

If you plan to buy an inverter Nigeria, never underestimate the power of a compatible battery. As this post has outlined the mistakes that customers usually make, you can refrain from making the same blunders. Keep the points (mentioned in this post) in your mind before you buy a battery and inverter from the market.

 

How does Tubular Batteries Outlast its Competitors

 

In the current age, no one wants to compromise with the basic amenities of everyday life. From those, the power supply stands as one of the essential elements for all. And, to have an uninterrupted power supply all day long, an inverter battery is necessary to offer backups during electricity outages. Among the different types of inverter battery variants, the tubular batteries stand out as a specialized and high-performance variant. 

Unlike conventional flat plate batteries, tubular batteries are engineered with a distinct internal structure comprising tubular positive plates, which greatly enhance their durability and longevity. These batteries are specifically designed to handle the cyclic nature of charging and discharging in inverter systems efficiently. Their robust construction and unique design features enable them to endure frequent deep discharge cycles, making them an optimal choice for prolonged power backup solutions.

A tubular battery has all these and many other features to offer. So, why not delve into understanding what makes it much better than other inverterbattery variants?

Understanding Tubular Battery’s Lifespan

Several factors determine the longevity and performance of inverter batteries. In tubular batteries, it is due to the specialized design and robust construction that works in extending its lifespans. 

• Design for Deep Discharge Cycles

Tubular batteries feature tubular positive plates, which enhance their capability to withstand frequent and deep discharge cycles without significant deterioration.

• Temperature Resistance

A tubular battery is better equipped to withstand extreme temperatures. Their design minimizes the adverse effects of heat, a factor known to degrade battery life significantly.

• Optimized DOD Performance

The ability of tubular batteries to maintain performance at lower DOD levels contributes to their longer lifespan compared to other battery variants.

• Low Maintenance Requirements

The tubular battery’s sturdy design and chemical composition reduce the need for frequent maintenance tasks, thus preserving their lifespan over time.

• Higher Energy Efficiency

These batteries boast higher energy efficiency levels, allowing for better charge acceptance and reduced internal losses.

How Tubular Batteries Excel in Endurance and Recharging Cycles?

Cycling capability refers to a battery's ability to undergo repetitive charge and discharge cycles while maintaining optimal performance. In inverter batteries, it holds paramount importance as it directly influences the battery's lifespan and efficiency in delivering sustained backup power.

Their design, featuring tubular positive plates and robust construction, enables them to endure frequent and deep discharge cycles typical in inverter applications. This design advantage significantly extends their operational life compared to conventional flat plate batteries, which may suffer from quicker degradation under similar usage patterns.

Design Features of Tubular Batteries Contributing to Longevity

Another way through which tubular batteries push the lifespan of their batteries is their internal structure which is comprised of tubular positive plates immersed in an electrolyte solution. These plates offer increased surface area for electrochemical reactions, enhancing energy storage and discharge efficiency. The design minimizes active material shedding, a common issue in batteries, ensuring prolonged life.

Additionally, separators within the battery prevent short circuits while supporting better electrolyte circulation.

Cost Effectiveness of Tubular Batteries

Lastly, one aspect that every customer is more concerned about is the pricing of the product. And here the tubular batteries offer a compelling economic advantage in the long run.

Despite initial higher costs, their extended lifespan and reduced replacement frequency result in substantial savings over time. With a longer operational life compared to other variants, they diminish the frequency of costly replacements. This longevity translates into lower total ownership costs, outweighing the initial investment.

Moreover, their durability ensures consistent performance, minimizing downtime and expenses associated with frequent replacements, making tubularbattery a cost-effective choice for sustained and reliable power backup solutions.

Takeaway

Now, it should be clear that tubular batteries stand as a pinnacle choice among different types of inverter battery variants. Be it about their longevity, performance, or cost-effectiveness, customers will be pleased with every aspect of it. We have already seen how it outlasts the other competitors from the same industry. So, without wasting any time, grab your hands on the only solution for uninterrupted and dependable power backup needs, the tubular batteries. 

How Have Inverter Batteries Changed The Way We Live

Inverter batteries stand as a silent revolution in our lives. They have altered the way we perceive and deal with power interruptions. Beyond being mere backup power sources, these batteries have become indispensable. They ensure the continuity of our increasingly digital, connected, and electricity-dependent lifestyles. The batteries have redefined reliability, security, and productivity, fostering an environment where uninterrupted power is not a luxury but a necessity. In this blog, you will know the various ways inverter batteries have changed our lives.

Increased Reliability

Gone are the days of sudden power disruptions due to outages. Inverter batteries have guided a new era of reliability. We rely heavily on electricity to function and connect with one another. Inverter batteries have bridged the gap between uninterrupted power supply and daily necessities. They have transformed the way we function during blackouts and offer a seamless transition to backup power. It allows us to continue using essential appliances, powering devices, and maintaining critical functions. Furthermore, inverter batteries have altered our approach to managing power interruptions in a stress-free manner.

Enhanced Productivity

Inverter batteries have reshaped the way we approach our daily tasks. Interruptions due to power outages do not affect our productivity anymore. They enable businesses to continue their operations. Electric disruptions prevent workflow, data loss, and possible equipment damage. In a household setting, a power cut would result in a cranky environment and prevent the dwellers from continuing daily chores. Tubular inverter battery gives us the freedom to work and continue our daily routines. It ensures that we can function properly without being bound to the grid’s ability to take loads. It has transformed the way we perceive and execute our daily tasks. 

Preparing For Emergencies

Inverter batteries play an important role in preparing for emergencies and offer a reliable contingency plan when unforeseen situations arise. They act as a crucial backup during natural calamities and ensure continuous power supply for essential devices like medical equipment, communication tools, and emergency lighting. Their ability to sustain power during crises, whether it's a storm, blackout, or any other event disrupting the grid, provides a sense of security and readiness. Families and businesses can stay connected, maintain essential services, and navigate emergencies more effectively with the support of these batteries. They are an integral part of emergency preparedness. Inverter batteries have significantly altered how individuals and organizations prepare themselves for unpredictable situations and offer a lifeline during crucial times.

Environmental Impact

Tubular batteries for inverters have significantly influenced our ecological footprint. They have fostered a shift towards sustainable energy usage. These batteries have contributed towards the reduction of reliance on non-renewable energy and mitigated environmental degradation. Their ability to store excess energy generated during off-peak periods ensures optimal utilization and minimizes wastage. This results in a lowered demand for conventional power sources, subsequently reducing greenhouse gas emissions and overall environmental impact. Moreover, the push towards greener technology and the adoption of inverter batteries align with global efforts toward a cleaner, more sustainable future. It showcases their pivotal role in shaping a more eco-conscious way of life.

Technological Evolution

The evolution of inverter batteries has catalyzed a remarkable transformation in our technological landscape. These batteries have embraced advancements in energy storage, transitioning from traditional lead-acid models to more efficient, eco-friendly variants like lithium-ion batteries. This progression aligns with the larger trend in technology, focusing on compactness, longevity, and smart features. Modern inverter batteries integrate cutting-edge technology, offering features like remote monitoring, digital displays for real-time information, and compatibility with smart home systems. Their enhanced efficiency and longer life spans mark a departure from conventional power backup systems, introducing a new era of sophisticated, tech-driven energy solutions that seamlessly integrate into our increasingly digital lifestyle.

Off-the-grid Access

Tubular Inverter batteries have revolutionized off-the-grid living, enabling access to reliable power sources in remote areas or during natural disasters. Their portability and ability to store renewable energy, like solar or wind power, have empowered communities living in remote regions. These batteries have become the backbone of microgrids and off-grid setups, providing consistent electricity for lighting, communication devices, and essential appliances. This accessibility to power ensures that even in the most secluded locations, individuals can enjoy the benefits of electricity, fostering improved standards of living and opening up opportunities for education, healthcare, and economic development.

The Bottom Line

Inverter batteries have emerged as integral components, empowering us to embrace a lifestyle not tethered to the grid's stability. Their impact transcends mere convenience, offering us security, productivity, and a sense of preparedness during emergencies. As technology continues to evolve, the future holds promises of even more efficient, eco-friendly, and advanced solutions, reaffirming the crucial role of inverter batteries in shaping our daily lives and their potential to further revolutionize our relationship with continuous power supply.