Recently electricity prices in Pakistan are increasing day by day, making it difficult for everyone to pay high electricity bills. This is the reason why the use of solar systems with tubular batteries is becoming popular in Pakistan. People are switching to solar energy for their homes and businesses. Solar panels prices are decreasing in Pakistan, and tubular battery prices in Pakistan are also decreasing day by day. The use of tubular batteries is also increasing. Tubular batteries have higher power density, capacity and lifespan if compared to flat plate batteries. They will also perform better in demanding conditions such as excess weight, cold storage, and high temperatures.

What is a tubular battery?

Tubular batteries are lead-acid batteries designed for long-term use in reserve power applications. They are known for their robust design and better performance than traditional flat plate batteries.

Are tubular batteries compatible with solar inverters?

Yes, solar inverters can be used with tubular batteries. Lead-acid batteries, also known as tubular batteries, are used in a variety of devices, such as home UPS, power backup systems, and solar products. Compared to flat plate inverter batteries, they are larger.

What is a tubular battery warranty claim?

The procedure for obtaining a replacement or repair of a tubular battery is known as a warranty claim. It’s about 6 months but the battery life is about the same as yours. Although they vary from manufacturer to manufacturer, the terms and conditions and warranty period for tubular batteries generally include:

Warranty period

Duration of battery warranty coverage.

Expenses

The warranty does not cover things like accidental damage, misuse and recharging.

Claims Procedure

How to file a claim, including what paperwork is needed and where to send it?

Choice

What happens to a bad battery, and who makes the decision to replace or repair it?

What technology is used in tubular batteries?

Tubular batteries use a number of technologies, such as:

Electrochemical processes

To convert chemical energy into electrical energy, tubular batteries employ an electrochemical reaction. Sulfuric acid and lead oxide on the positive plate combine to form lead sulfate and water when an electrical load is applied.

Positive tube plate

The electrode is placed inside a fabric tube, which acts as the positive plate of the tubular battery. Compared to conventional flat plates, this design makes it possible for the battery to tolerate lead sulfate accumulation. By preventing over-charging or under-charging, Automatic Temperature Technology (ATC) protects the battery from temperature fluctuations.

Oxides that conduct protons.

These oxides are a desirable option for electrolyte materials because of their strong conductivity at medium and low temperatures.

How can we extend the life of tubular batteries?

On average, tubular batteries have a lifespan of two to three years. The following tips will help the tubular battery last longer.

Discharge

Do not completely drain the battery. Discharge it thoroughly to the depth of discharge recommended by the manufacturer.

Four-stage charging, including bulk, absorption, float, and trickle stages, should be used. Make sure the battery is properly and consistently charged. Once a month, if there hasn’t been a power outage for a while, drain the battery completely before recharging it.

storage

The battery should be stored in a cool, dry place at or near 59°F (15°C).

Please keep it cool and away from direct sunlight. Prevent accidental discharge or terminal damage by storing the battery in its original packaging.

location

The battery should be stored in a well-ventilated area. Keep it out of reach of children.

maintenance

Use warm water to periodically clean the battery plug.

Tubular Batteries vs Lithium Ion Batteries

Lithium-ion and tubular batteries differ in several aspects, such as cost, longevity, and performance:

Price: Lithium-ion batteries are more expensive than tubular batteries. However, lithium-ion batteries are smaller, require less maintenance, and have a longer lifespan so they can save money.

age: Tubular batteries have a typical lifespan of two to three years, while lithium-ion batteries can last up to ten years.

Performance: Long-term exposure to heat can shorten the life of lithium-ion batteries, but they still operate effectively at high temperatures. Although tubular batteries lose capacity below zero, they can perform better in extremely hot or cold temperatures.

Charging.: Tubular batteries take longer to charge than lithium-ion batteries. Trickle charging is necessary for tubular batteries to maintain their gravity, while lithium-ion batteries charge in two phases and do not require it.

Energy Density: Lithium-ion batteries can store more energy in smaller containers because they have a higher energy density than tubular batteries.

Effects on Environment: Lithium-ion batteries have a greater environmental impact than tubular batteries.

You can consider your budget and specific needs when deciding between lithium-ion and tubular batteries.

Do tubular batteries back up to run AC all night?

Although tubular batteries can offer reliable backup power for long periods of time, their ability to run an air conditioner overnight depends on several variables, such as battery capacity, air conditioner power consumption, and the inverter. Ability to:

Battery capacity

A device that uses 1 amp of current can run for 220 hours on a 220 ampere-hour (Ah) battery.

AC power consumption

At least 4 batteries with 150mAh capacity are required for 1 ton air conditioner.

Inverter capacity

With a large battery bank and high-capacity inverter, an air conditioner can operate for several hours.

Is water necessary for a tubular battery?

If you have to keep your tubular battery above distilled water, wait until the battery has cooled and charged. It maintains proper electrolyte levels and prevents spillage. Avoid excessive discharge. Do not let your tubular battery go completely flat.

Tubular battery vs normal battery

With long life, high capacity, and high resistance to harsh environments, tubular batteries are considered a high-performance alternative to conventional batteries:

Performance: Compared to conventional batteries, tubular batteries can provide more power due to their larger surface area.

age: Tubular batteries are known for their longevity and durability. They are resistant to high temperatures and deep discharge cycles.

Capacity: Compared to regular batteries, tubular batteries offer greater capacity.

Tubular batteries have lower internal resistance than normal batteries.

Cost: Although tubular batteries are more expensive than conventional batteries, they are less expensive than gel batteries and provide higher efficiency.

Size: Because tubular batteries are heavier and larger than conventional batteries, they can be more difficult to install in some settings.