Solar Tubular Battery Price in Pakistan
Although choosing the right solar tubular battery for your solar panel system can be challenging, doing so ensures power backup for blackouts and nighttime hours. You may not know, but the solar tubular battery is one of the most popular types of solar batteries.
You can make an informed decision when it comes time to buy by reading this blog to learn about the different types and characteristics of solar tubular batteries.
Introduction and how do they work?
Solar tubular batteries, which are often called lead-acid batteries due to their tubular shape, are the most widely used type of solar batteries available. These batteries provide a consistent power supply for use at night or during blackouts since they store the energy produced by the solar system during the day.
This battery pack must be installed in a non-flammable area for safety reasons. They release extremely flammable hydrogen gas throughout the charging process, which explains why.
Tall-tubular solar batteries are a great substitute if you’re on a tight budget. The majority of manufacturers provide guarantees in addition to their product costs, and lead-acid battery capacities range from three to five years.
We go into greater detail about the many types and characteristics of solar tubular batteries.
Tubular Battery Price List in Pakistan
Product Name | Price |
Phoenix TX1200 Tubular Lead Acid Battery | Rs. 43,780 |
Phoenix TX1600 Tubular Lead Acid Battery | Rs. 52,320 |
Phoenix TX1800 Tubular Battery | Rs. 56,500 |
Phoenix TX2500 Tubular Battery | Rs. 71,500 |
OSAKA TA-1500 5PL DEEP CYCLE LEAD ACID TALL TUBULAR BATTERY | Rs. 42,800 |
OSAKA TA-2500 7PL DEEP CYCLE LEAD ACID TALL TUBULAR BATTERY | Rs. 62,800 |
OSAKA TA-1800 5PL DEEP CYCLE LEAD ACID TALL TUBULAR BATTERY | Rs. 45,800 |
What is the primary distinction between a lithium-ion battery and a solar tubular battery?
All solar batteries can be broadly divided into two categories: tubular/lead-acid and lithium-ion batteries. There are differences between the two of them.
Tubular Battery vs Lithium-ion Battery
Tubular Battery | Lithium-ion Batteries |
use a chemical process for replenishment. | An electrochemical process happens during recharging. |
An electrochemical response occurs during recharging. | Requires no maintenance for efficient functioning. |
It requires very little maintenance to function effectively. | Usually, warranties are valid for seven or eight years. |
During operation, gaseous hydrogen is emitted. | Holds hydrogen in check. |
A 1,200-cycle DOD discharge rate is present. | A 10,000-cycle DOD discharge rate is present. |
Reasonable cost. | Very Expensive |
Despite having several advantages over lead-acid batteries, lithium-ion batteries are more expensive and less scalable because of the significant investment needed in their manufacturing.
Acid Used in Tubular Batteries:
Sulfuric acid is needed for both tubular batteries and regular flat plate batteries. Both flooded tubular batteries and gel tubular batteries employ this acid; the acid in the gel tubular batteries is a gel rather than a liquid.
Are Batteries in Tubs Safe?
The primary source of explosion risk is hydrogen gas, which is produced during the electrolysis of water to charge lead-acid batteries. Gel and AGM (Absorbent Glass Mat) batteries release extremely little gas due to their non-liquid electrolyte, which makes them much safer. In contrast, flooded batteries generate more hydrogen due to their liquid electrolyte.
The lead-acid battery family includes gel and flooded batteries. Normally, the oxygen and hydrogen produced during charging are vented by the battery. Nonetheless, if these vents become blocked or if hydrogen gas flares up outside, there’s a danger of an explosion. AGM and Gel batteries produce a lot less gas than flooded tubular and flat plate batteries, which makes them a safer option.
Benefits of Solar Tubular Batteries
- The primary benefit of installing a solar tube battery is its extended lifespan. These batteries are an excellent purchase for off-grid solar systems, as they have a ten-year lifespan.
- With a charge-discharge efficiency of up to 80%, they are also quite effective. Because of this, they are superior to other battery types in terms of energy storage efficiency, which makes them perfect for off-grid solar systems.
- One of the key benefits of solar tubular batteries is their ability to tolerate high temperatures.
- One significant renewable energy alternative is solar tube batteries. They are incredibly low maintenance and a great investment. Without a doubt, their environmental friendliness is its greatest asset.
- Make sure the firm you choose to purchase a solar tubular battery is reputable and manufactures high-quality batteries. Before making any purchases, make sure to do your homework on the company because installing a solar tube battery is a major financial commitment.
A number of the benefits tubular batteries have over traditional batteries are listed below. Off-grid solar power systems are powered by tubular batteries.
- Minimal upkeep
- Long lifespan
- Elevated cycle of charge
- low rate of self-discharge
- Elevated rate of discharge
- High discharge depth
One of Pakistan’s top manufacturers of solar tubular batteries, known for their quality and dependability, is Osaka.
Solar batteries, which are made to store extra energy produced after it is used for personal consumption, guarantee a long-term power supply. There will be more usage of this energy in the future. There are some minor differences between these batteries and other battery kinds.
Solar batteries are made to produce a constant flow of energy over an extended period, whereas car batteries are made to release a tremendous burst of energy rapidly. These batteries outperform other battery types and have a longer lifespan due to their tubular-positive plate structure.
FAQ’s:
Tubular batteries outperform flat plate batteries because of their larger surface area, which allows them to generate more power. Because tubular batteries have a higher discharge rate, they are ideal for high-power applications.
Gel batteries are not as long-lasting as tubular batteries, which typically last 7 to 8 years. In contrast, gel batteries have a four to five-year lifespan.
For off-grid renewable energy systems, such as mini-grids and solar home systems, tubular batteries are suggested, as they can give a long-lasting and stable control backup framework that can handle visit and long control cuts, work at tall temperatures, and integrate well with renewable energy sources.