Tubular Battery Price in Pakistan (Osaka, Phoenix, Exide, AGS Table)

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Key Takeaways

• Tall tubular batteries cost between Rs 55,000 and Rs 85,000 (July 2026) per unit depending on capacity (180Ah to 270Ah).
• Osaka IT-500 (220Ah) retails for Rs 68,000 (July 2026), while Phoenix TX-2500 (240Ah) costs Rs 74,000 (July 2026).
• Exide T-3500 (250Ah) sells for Rs 78,000 (July 2026) and AGS TR-2000 (200Ah) costs Rs 62,000 (July 2026).
• Tubular batteries provide 1,200 to 1,500 cycles at 50% depth of discharge and require monthly distilled water maintenance.

What is the current tubular battery price in Pakistan?

Tubular lead-acid batteries remain widely used for residential solar energy storage across Pakistan due to their low upfront cost. In July 2026, standard 12V tall tubular batteries rated between 180Ah and 270Ah range in price from Rs 55,000 to Rs 85,000 (July 2026) per single battery.

For typical 24V or 48V hybrid inverter setups, multiple 12V tubular batteries are connected in series. A 24V setup (two batteries) costs between Rs 120,000 and Rs 150,000 (July 2026), whereas a 48V bank (four batteries) requires an upfront outlay of Rs 240,000 to Rs 310,000 (July 2026).

The table below provides a detailed brand-by-brand price and specification comparison for popular tubular battery models in Pakistan.

Figures as of July 2026.

How do Osaka, Phoenix, Exide, and AGS tubular batteries compare?

Major domestic battery manufacturers in Pakistan engineer tubular batteries specifically for deep-cycle solar applications. Osaka's IT-500 (220Ah) priced at Rs 68,000 (July 2026) uses thick lead-antimony alloy spines that resist grid corrosion, making it a dependable choice for residential solar storage.

Phoenix TX-2500 (240Ah) retailing at Rs 74,000 (July 2026) features specialized ceramic vent plugs that reduce acid evaporation during high ambient summer heat. Exide T-3500 (250Ah) priced at Rs 78,000 (July 2026) provides extra electrolyte volume above the plates, extending time between distilled water top-ups.

AGS TR-2000 (200Ah) at Rs 62,000 (July 2026) offers a cost-effective option for budget 3 kW systems, though its lower capacity provides shorter backup duration during extended evening load shedding.

What technical factors govern tubular battery performance and lifespan?

Tubular batteries differ from standard automotive batteries in their internal plate construction. Positive plates consist of lead alloy spines encased in porous woven tubes filled with active lead oxide material. This tubular structure prevents active material shedding during deep discharge cycles.

Under standard operating conditions, quality tubular batteries deliver between 1,200 and 1,500 charge cycles when limited to a 50% depth of discharge (DoD). Discharging tubular batteries beyond 50% on a regular basis accelerates plate sulfation and reduces operational life to under 2 years.

Ambient temperature strongly impacts chemical degradation. Operating tubular batteries in rooms exceeding 35 degrees Celsius increases self-discharge rates and accelerates water loss from electrolyte solution.

What are the total ownership costs of tubular versus lithium batteries?

Evaluating initial purchase price alone provides an incomplete comparison between tubular and lithium storage options. A 48V bank of four Osaka IT-500 tubular batteries costs Rs 272,000 (July 2026) upfront and provides 5.28 kWh of nominal energy, but only 2.64 kWh of usable energy at 50% DoD.

Over a 12-year timeline, the tubular bank requires replacement three times, resulting in cumulative hardware expenses exceeding Rs 800,000 (July 2026) when accounting for battery price inflation.

In contrast, a single 5.12 kWh LiFePO4 lithium battery costs Rs 380,000 (July 2026) upfront and provides 4.6 kWh of usable energy at 90% DoD. Operating for 12 to 15 years without replacement makes lithium cheaper per delivered kWh over long-term use.

What essential maintenance practices keep tubular batteries running reliably?

Achieving maximum lifespan from tubular batteries requires routine user maintenance. Inspect electrolyte levels monthly through the float indicators on each cap. Top up cells exclusively with demineralized distilled water when levels drop near the minimum mark. Never add tap water or acid solution.

Keep battery terminals clean and coated with petroleum jelly or terminal grease to prevent white lead-sulfate corrosion. Tighten cable clamps securely to avoid loose contacts that generate high electrical resistance.

verify your hybrid inverter charging parameters match manufacturer specifications. Set bulk charge voltage to 29.2V for 24V banks (58.4V for 48V banks) and float charge to 27.0V (54.0V for 48V banks). Disconnect loads when battery voltage drops to 21.0V (42.0V for 48V banks) to avoid permanent sulfation.

Frequently Asked Questions

What is the price range of tall tubular batteries in Pakistan?

Tall tubular batteries in Pakistan range from Rs 55,000 (July 2026) for 180Ah models to Rs 85,000 (July 2026) for heavy-duty 270Ah models.

Which tubular battery brand is best for solar systems in Pakistan?

Osaka IT-500, Phoenix TX-2500, Exide T-3500, and AGS TR-2000 are leading tubular batteries, offering 1,200 to 1,500 cycles at 50% depth of discharge.

How long does a tubular battery last in a Pakistani solar setup?

A well-maintained tubular battery typically lasts 3 to 4 years when operated within 50% depth of discharge and topped up regularly with distilled water.

References

• Osakabatteries.com
• Phoenixbatteries.com.pk
• Exide.com.pk
• Agsbatteries.com