Solar Battery Price in Pakistan 2026

Live prices for Dyness, Pylontech, KNOX & FoxESS LiFePO4 batteries — hardware cost only, ex-warehouse Faisalabad

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Most popular Dyness 5 kWh
Largest LV (16 kWh) Loading…

LiFePO4 Battery Prices by Brand & Capacity

Hardware unit price only — installation is included when purchased as part of a full solar system package. Prices loaded live from our active stock.

Brand ~5 kWh ~10 kWh ~16 kWh Warranty Chemistry
Dyness Most Popular Loading… Loading… Loading… 10 yr LiFePO4
Pylontech Loading… — Loading… 10 yr LiFePO4
KNOX Loading… Loading… — 5 yr LiFePO4
FoxESS Loading… Loading… — 10 yr LiFePO4
Note: These are ex-warehouse hardware prices in Pakistani Rupees (Rs.), subject to change with USD/PKR exchange rate. A complete installed system with panels, inverter, battery, mounting, cabling, and labour is 3–5× more. See our packages page for full system pricing or design your own system.

Compare Battery Brands

Dyness

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Most-installed residential battery in Pakistan. 10-year warranty. DL Series (5–10 kWh) and PowerBrick MAX (16 kWh). Local warranty support.

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Pylontech

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Global leader in residential battery storage. Fidus 5 kWh and Fidus Plus 16 kWh. 10-year warranty. Widely used with Solis inverters.

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KNOX

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Most affordable LiFePO4 option in Pakistan. Strong nationwide service network (22 centers). 5-year warranty. Best where price is the priority.

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FoxESS

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10-year warranty included. Pairs seamlessly with FoxESS hybrid inverters. Growing service network in Pakistan. ECS series modular storage.

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What Affects Solar Battery Price in Pakistan?

Capacity in kWh (biggest factor)

Battery price scales almost linearly with kWh capacity. A 10 kWh unit costs roughly 1.7–1.9× a 5 kWh unit from the same brand — not exactly 2× because the BMS, casing, and connectors are shared costs. The 5 kWh size is the most price-competitive entry point.

Brand & Warranty (5 yr vs 10 yr)

Dyness and Pylontech carry 10-year warranties; KNOX carries 5 years. The 10-year warranty brands cost Rs. 5,000–15,000 more per unit. Over a system's 20-year life, warranty coverage significantly affects total cost of ownership — one warranty replacement claim pays back the premium many times over.

LV (48V) vs HV (100V–400V)

This price guide covers only LV (48V/51V) residential batteries — the type that pairs with standard hybrid inverters (Solis, GoodWe, FoxESS). High-voltage (HV) battery systems for industrial BESS applications cost Rs. 800,000–5,000,000+ per unit and are a completely different product class.

BMS Quality & Cycle Rating

Premium brands include advanced Battery Management Systems (BMS) that actively balance cells, prevent over-charge/over-discharge, and manage temperature. This directly affects how many charge cycles (and therefore how many years) the battery lasts. Dyness and Pylontech are rated 6,000–8,000 cycles at 80% DoD — roughly 16–22 years at one cycle/day.

How Much Battery Storage Do You Need?

The right battery size depends on your daily load shedding hours and which appliances you want to run during outages. LiFePO4 batteries are rated at 80–90% Depth of Discharge (DoD) — the usable portion of capacity.

Backup Goal What Runs Recommended Storage Typical System
Basic backup (4–6 hrs) Fans, lights, router, TV 5 kWh Any 6 kW hybrid system
AC backup (2–4 hrs 1-ton AC) 1 ton AC + basic loads 10 kWh 6–8 kW system + 2×5kWh
Full night backup All evening/night loads 16 kWh 8–10 kW system + 16kWh unit
Heavy load / factory UPS Industrial critical loads HV BESS Contact us for quote

Rule of thumb: (hourly load in kWh) × (backup hours) ÷ 0.85 = battery capacity needed. Use our solar calculator for a precise estimate based on your actual appliances.

LiFePO4 vs Lead-Acid: Why the Price Difference is Worth It

LiFePO4 (lithium iron phosphate) batteries cost 3–4× more upfront than equivalent lead-acid batteries, but the total cost of ownership over 10 years is significantly lower.

Factor LiFePO4 (Dyness/Pylontech) Lead-Acid (AGM/Gel)
Cycle life 6,000–8,000 cycles 300–500 cycles
Usable capacity (DoD) 80–90% 40–50%
Charge speed 1–2 hrs (0.5C rate) 8–12 hrs
Maintenance Zero maintenance Water top-ups, terminal cleaning
Weight per kWh ~7 kg/kWh ~25 kg/kWh
Warranty 10 years 1–2 years
Replacement in 10 yrs None needed Replace 8–10 times
Works with hybrid inverter Yes (designed for it) Limited compatibility

Battery Price vs Full System Cost

The battery is typically 10–20% of a complete installed solar system. Here is how battery storage adds to a base system cost:

6 kW + 5 kWh

6 panels · Solis 6kW · Dyness DL5.0C

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8 kW + 5 kWh

10 panels · Solis 8kW · Dyness DL5.0C

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10 kW + 10 kWh

14 panels · Solis 10kW · 2×Dyness

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Frequently Asked Questions

What is the price of a solar battery in Pakistan in 2026?
LiFePO4 solar battery prices range from approximately Rs. 65,000 for a 5 kWh entry-level unit to Rs. 250,000+ for a 16 kWh Dyness PowerBrick MAX. The most common residential choice is a 5 kWh unit at Rs. 70,000–85,000 depending on brand. These are hardware-only prices; a complete installed system including panels, inverter, battery, mounting, cabling, and labour is 3–5× higher. See our system packages page for full pricing.
Which solar battery is the best choice for Pakistan?
Dyness is the most popular choice for Pakistani homes — it has strong local support, 10-year warranty, and the widest range of capacities (5, 10, and 16 kWh). Pylontech is equally reliable with a strong global track record and 10-year warranty. KNOX is the most affordable and has 22 service centers nationwide — best where price sensitivity is the priority. FoxESS batteries pair best with FoxESS inverters. For most homes, Dyness DL5.0C Pro 5 kWh is our recommended starting point.
How many kWh of battery do I need for my home?
Calculate based on your backup goal: (hourly load in kW) × (backup hours needed) ÷ 0.85 = kWh required. Example: 600W load (fans, lights, router, TV) × 6 hours ÷ 0.85 = 4.2 kWh → one 5 kWh battery is sufficient. For running a 1.5-ton AC (1.5 kW) for 4 hours: 1.5 × 4 ÷ 0.85 = 7 kWh → a 10 kWh battery. Use our free solar calculator for a precise recommendation based on your actual appliances.
What is the difference between LiFePO4 and lead-acid solar batteries?
LiFePO4 (lithium iron phosphate) batteries last 6,000–8,000 cycles vs 300–500 for lead-acid — roughly 10× longer. They provide 80–90% usable capacity vs only 50% for lead-acid, meaning a 5 kWh LiFePO4 battery delivers more usable energy than a 5 kWh lead-acid unit. LiFePO4 requires zero maintenance, charges in 1–2 hours, and is significantly lighter. Over 10 years, LiFePO4 has a much lower total cost despite the higher upfront price.
What warranty do solar batteries come with in Pakistan?
Dyness, Pylontech, and FoxESS batteries carry 10-year manufacturer warranties. KNOX batteries carry a 5-year warranty. All warranties require installation by an authorised installer and registration at commissioning. Saigal Solar handles local warranty coordination for all brands we supply — you don't need to deal directly with importers.
Do I need a battery for my solar system in Pakistan?
In Pakistan's current load shedding environment (4–14 hours/day in many areas), a battery is strongly recommended. Without a battery, your solar system powers loads directly from panels during daylight — but during grid outages you have zero backup at night. NEPRA cancelled net metering in 2026, so you cannot export surplus solar generation to earn credits. Storing surplus in a battery for evening and overnight use is the most effective strategy for Pakistani conditions.
Can I add more batteries to my system later?
Yes. Dyness DL series, Pylontech Fidus, and FoxESS ECS batteries are modular and stackable — you can add more units as budget allows. However, added batteries must match your existing brand and model exactly (mixing brands or different firmware versions is not recommended). Also confirm your inverter's maximum battery capacity: a Solis 6 kW supports up to 2×5kWh Dyness units; larger inverters support proportionally more. Ask at the time of initial purchase so your inverter is sized appropriately.
What happens when the battery is full and solar is still producing?
When the battery reaches 100% charge and all loads are being met by solar, the inverter automatically curtails solar input — limiting what the panels produce to match demand only. With NEPRA's net metering cancelled in 2026, surplus solar cannot be exported to the grid. This is why system sizing is important: an oversized solar array with an undersized battery wastes potential generation. Our design tool helps you right-size the panels, inverter, and battery together.

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