In a country like Nigeria, where frequent power outages are a common issue, having a steady source of power solution is of paramount importance. Talking of the tall tubular inverter battery, a technological innovation that has revolutionised the way Nigerians cope with power challenges. In this extensive blog, we will delve into the features and benefits of tall tubular inverter batteries, highlighting their ability to change the power game in Nigeria.
Tubular Inverter Batteries
Tubular inverter battery technology represents a significant advancement in energy storage systems. Made up of high-quality raw materials and cutting-edge technology, tubular inverter batteries are known for their enhanced performance, durability, and overall power efficiency. The tubular inverter battery is a type of lead-acid battery with high power efficiency, commonly used in residential, commercial, and industrial setups.
Types of Tubular Inverter Batteries:
Before we delve into the advantages of tall tubular inverter batteries, let’s explore the different types available.
Tubular inverter batteries come in two main categories: Short tubular batteries (ST and TJ) and Tall tubular batteries (TT). As the names suggest, short tubular batteries are shorter in length and, therefore, portable. They are suitable for use in areas with limited space. On the other hand, tall tubular inverter batteries have a taller design, which enhances their power efficiency. Both types are versatile and can be used for residential and commercial purposes.
Advantages of Tall Tubular Batteries in Changing the Power Game in Nigeria
Charging Efficiency:
Tall Tubular Inverter Batteries employ a specialised tall design that significantly boosts charging efficiency. These batteries feature tubular positive plates made of high-grade alloys, such as lead-oxide (PbO2). This unique plate design increases the surface area available for chemical reactions, resulting in reduced charging time and increased energy storage capacity. In simple terms, due to their unique design, tall tubular batteries are able to quickly replenish their energy reserves, maximising overall power efficiency.
Deep Discharge Performance:
Another standout advantage of Tall Tubular Inverter Batteries is their exceptional deep discharge performance. These batteries are engineered to withstand prolonged discharging cycles without losing a significant amount of capacity. Unlike conventional batteries with flat plates, tubular positive plates are highly resistant to corrosion and can endure repeated charge-discharge cycles. This capacity ensures a consistent power supply during extended power outages or in areas where the primary grid is unreliable.
Longer Service Life:
Tall Tubular Inverter Batteries boast a longer service life compared to conventional inverter batteries. The tubular positive plates have a significantly thicker and sturdier construction compared to flat plates, making them more resistant to corrosion and physical damage. As a result, tubular batteries can withstand the harsh Nigerian climate and offer a longer lifespan, ensuring that your power backup system serves you reliably for years to come. The average lifespan of a Star Plus tall tubular inverter battery is 7 to 8 years. With increased service life, the need for battery replacements decreases, leading to cost savings and reduced environmental impact.
High Energy Density:
Energy density refers to the amount of energy that can be stored within a given volume or weight. The design of Tall Tubular Batteries allows for the efficient use of space, enabling them to store a larger amount of energy. This advantage is particularly beneficial in space-constrained environments where optimising storage capacity is crucial. A Star Plus tall tubular inverter battery, for example, has a 220 ampere-hours (Ah) rating, enabling it to store more energy and provide a longer power backup.
Low Self-Discharge Rate:
Tall Tubular Inverter Batteries come with a significantly lower self-discharge rate compared to conventional battery technologies. Self-discharge refers to the gradual loss of stored energy when the battery is not in use. These batteries retain their charge for longer periods, even when they are not in an active state. On an average, a tall tubular inverter battery loses only 12% to 15% of its charge per month when not in use. This feature is invaluable during emergencies or power outages, as it ensures that the stored energy remains active and available when needed.
High-Temperature Tolerance:
Nigeria’s climate emits high temperatures, which can have a detrimental effect on battery performance. Tubular inverter batteries are specifically designed to withstand rising temperatures. The tubular positive plates, along with advanced heat dissipation mechanisms, enable these batteries to operate efficiently even in hot weather conditions. This high-temperature tolerance ensures that the batteries remain reliable and deliver optimal performance, regardless of the external environment.
Minimal Maintenance required
Maintaining and servicing inverter batteries can be a time-consuming and costly task. However, tubular inverter batteries require minimal maintenance compared to their flat plate counterparts. With their sturdy construction and advanced technology, tubular batteries have a lower water loss rate and reduced acid stratification. This translates into longer intervals between maintenance cycles and lower overall maintenance costs. Additionally, tubular batteries are highly efficient in converting stored energy into usable power, minimising energy wastage, and optimising performance.
Wrapping it up
In Nigeria, where the reliability of the power grid remains uncertain, possessing a dependable power backup is crucial. Now, if you are looking for an inverter battery solution, Star Plus inverter batteries can be the perfect choice for you. Star Plus Battery is a leading inverter battery manufacturer in Nigeria. Our tubular inverter batteries are known for their superior performance and extended lifespan, making them an ideal choice for the country with its unreliable power supplies.