Solar installation in Al-Kabir Town, Lahore

Most people here start with a number, not a system

The typical Al-Kabir Town enquiry does not begin with "I want 5 kW". It begins with "I have three lakh, what can you do". That is a perfectly sensible way to buy solar, and it deserves a proper answer rather than being talked upward into a system the household cannot afford.

Al-Kabir Town, spread along Raiwind Road across its phases, is mostly 3 marla, 5 marla, and 8 marla houses built in the last fifteen years. Bills run PKR 9,000 to PKR 25,000 in the shoulder months and climb hard in June and July once the ACs come on. Roofs are regular, streets take a delivery truck, and the construction is modern enough that structural surprises are rare. It is an easy area to work in, which keeps installation costs at the lower end.

Phase one: the PKR 3 lakh system that actually earns

The entry build is a 3 kW hybrid without a battery. Component by component in 2026 rates:

Item	Detail	Cost
Panels	6 × 585W tier-1 at PKR 19,500	PKR 117,000
Hybrid inverter	3 kW, battery-ready	PKR 95,000
Mounting	Standard at PKR 7,000 per kW	PKR 21,000
Electrical items kit	Breakers, SPD, earthing, DB	PKR 35,000
Wiring	DC 90m plus AC 20m	PKR 25,000
Installation labour	2 days, full crew	PKR 20,000
Total	No battery, no net metering	PKR 313,000

That system generates roughly 350 to 450 units a month depending on season. For a household consuming 500 units, it removes most of the daytime draw and cuts the bill by PKR 15,000 to PKR 22,000 a month in summer. The 3 kW price guide goes through the same build in more detail.

What makes it upgradeable

Three decisions at phase one determine whether phase two is cheap or expensive:

• Buy a hybrid inverter, not a plain grid-tie unit. It costs a little more today and it is the only way a battery gets added later without replacing the inverter.
• Run DC cable sized for the final array, not the current one. The cost difference is a few thousand rupees now against tearing out conduit later.
• Fabricate structure with space for the next row of panels, even if that row is empty for two years. Adding a second frame later costs more than extending the first.
• Fit a distribution board with spare ways and a clearly separated backup circuit, so the battery only has to be connected rather than the whole board rebuilt.

An installer who skips these to shave PKR 20,000 off the quote is setting up a costly phase two. Ask specifically about them before signing.

Phase two: adding storage when the money allows

The second phase for most Al-Kabir Town households is a battery, usually twelve to twenty-four months after the panels go up. This is the phase that ends dependence on a separate UPS and covers evening outages.

Storage option	Cost	What it runs	Expected life
2.5 kWh lithium	PKR 130,000 to 145,000	Fans, lights, TV, phone charging, 4 to 6 hours	8 to 10 years
Pylontech 3.5 kWh	PKR 195,000	Above plus fridge overnight	8 to 10 years
5 kWh lithium	PKR 285,000	Full household backup minus AC	8 to 10 years
2 × 200Ah tubular	PKR 96,000 to 104,000	Fans and lights only, shallow cycling	4 to 5 years

Rates move, so check the lithium price page and the Pylontech page before budgeting. The lithium versus tubular comparison is the argument in full, and the short version is that tubular wins on day-one price and loses over five years.

Phase three: more panels, if the roof allows

Households that grow, add a room upstairs, or install another AC usually come back for panels rather than a bigger inverter. A 3 kW hybrid inverter typically accepts a little more DC than its rated AC output, so two extra panels often go on without any inverter change. Beyond that, the inverter has to move up to 5 kW at PKR 165,000, and the old 3 kW unit either goes to a relative's house or sells second-hand.

This is the part worth planning honestly at phase one. A household that already knows it will need 5 kW within two years is usually better off buying the 5 kW inverter at the start, because the incremental cost is PKR 70,000 while replacing later effectively wastes the PKR 95,000 already spent. Where the growth is genuinely uncertain, start at 3 kW. The full 5 kW build is priced on the 5 kW page.

Roof space, and the water tank problem

A 3 kW array needs about 220 to 260 square feet clear. A 5 kW needs 380 to 420. On a 5 marla Al-Kabir Town house both usually fit, but the overhead water tank sits in an awkward spot on a lot of these plots, often near the middle of the slab where the plumbing riser came up.

Two options. Work around it with a split layout, which is free but wastes roof. Or build an elevated frame over the tank at PKR 12,000 per kW instead of PKR 7,000, which on a 3 kW system means an extra PKR 15,000 and recovers the whole area underneath, keeping it usable for washing lines and summer sleeping. Most families here pick the elevated frame once they see what it saves.

Should net metering be part of the plan?

For a 3 kW system in Al-Kabir Town, usually not. Net metering costs PKR 15,000 in paperwork and takes six to ten weeks with LESCO, and under 2026 net billing rules exported units earn around PKR 11 while imported units cost PKR 48 to PKR 65. A small system barely exports in the first place, since almost everything it makes gets used in the house the same hour.

Put that PKR 15,000 toward battery capacity or two more panels instead. It does more. The full reasoning is in solar without net metering and what changed in 2026. Once a household reaches 8 kW or more with an empty house during the day, the calculation flips and net metering becomes worth applying for.

The honest downside of buying in phases

Phasing costs more in total than buying the complete system at once. A crew has to come back, some cabling and labour gets repeated, and battery and panel prices in two years are not predictable. Expect the phased route to cost 8 to 15 percent more overall than a single install.

What phasing buys is affordability now instead of waiting three years while paying full LESCO bills the whole time. For most households in this area that trade is clearly worth it. Just do it with open eyes rather than being told it is free.

The other caveat is expectation setting on summer bills. A 3 kW system on a house running two ACs in July will not produce a small bill. It will take a PKR 26,000 bill down to maybe PKR 14,000. That is a real result, and it is not the zero bill that gets promised in Facebook adverts. The summer AC load article shows why.

Maintenance a small system still needs

Raiwind Road carries constant traffic and the surrounding area is still partly agricultural, which means dust. Panels here lose 8 to 12 percent of output when dirty, and through the December to February smog they lose more on top of the seasonal decline covered in the winter output article. Washing every six to eight weeks with plain water and a soft brush, early morning or after sunset, keeps that back. Our cleaning service handles it for households that would rather not climb, with rates on the cleaning cost page.

The parts that fail first on a budget system are the cheap DC connectors and the surge protection device, not the panels. Both are inexpensive to replace and both cause a system to sit dead for weeks if nobody diagnoses them. Repair callouts and typical repair costs are listed separately.

Getting a first number

Add twelve months of LESCO units together, run them through the calculator, then book a survey through the contact page. The visit is PKR 3,000 and it comes off the final installation bill. On the visit the engineer will tell you plainly what phase one should be for your budget and how phase two connects to it.

Related pages: the installation service, the hybrid and battery service, the on-grid option, and the hybrid with battery guide. Nearby areas covered include Bahria Town, Johar Town, Wapda Town, and Township. For component-level reading, the 585W panel and Inverex inverter pages cover the parts most used in this price bracket, and choosing an installer is worth reading before you take any quote.