Solar & Battery Pricing for Pakistan Design, Cost & Payback Calculator
Design solar and battery systems across Pakistan using Photonik's professional design platform. Pakistan receives abundant sunshine throughout the year, making it one of the most promising markets for rooftop solar in South Asia. With frequent load shedding and rising electricity tariffs, solar provides both energy security and significant cost savings for Pakistani households.
Solar Planning & Design
To size your system, start with two questions: how much electricity you use, and how much roof space you have.
1. Energy usage
A typical Pakistani household uses between 7–15 kWh of electricity per day (200–450 kWh/month), with significant variation based on air conditioning use, home size, and region. Homes in Punjab and Sindh with split ACs running during the intense summer months (May–September) can easily exceed 20 kWh/day, while smaller homes without cooling may use 5–7 kWh. Frequent load shedding (scheduled and unscheduled power cuts of 6–12+ hours daily in many areas) means actual grid consumption often understates true energy needs — many households run UPS systems or petrol generators to bridge gaps. We start with your total daily energy need (not just what the grid provides) because it determines the system size required for both bill savings and outage resilience.
Note: These are simplified estimates. For detailed tariff inputs and advanced calculations, use the full Photonik app.
Representative flat export rate (feed-in tariff). What you earn per kWh of surplus solar exported to the grid. Your actual rate depends on your provider, plan, and time of day.
Estimated at 75% of the retail grid rate. A battery lets you store daytime solar and export during expensive peak hours, so each exported kWh is typically worth more than a flat feed-in tariff. Real returns depend on your time-of-use tariff and battery efficiency.
2. How many panels can fit on your roof?
Pakistani homes, particularly in Punjab and urban Sindh, predominantly have flat reinforced concrete roofs (chhat), which are ideal for solar installations using tilt-mounted structures at 25–30°. A typical 5–10 marla house (125–250 m² plot) has 40–80 m² of usable roof area after accounting for water tanks, staircases, and satellite dishes, fitting 8–20 panels (3–8 kW). In rural areas and KPK, some homes have metal or corrugated roofing on timber frames, which can support panels with specialised mounting. Boundary walls and neighbouring multi-storey buildings in dense urban areas are the main sources of shading.
Installations should comply with NEPRA (National Electric Power Regulatory Authority) technical standards for distributed generation and use IEC-certified panels and inverters with anti-islanding protection. For net metering, the system must be installed by an AEDB-licensed installer, and you need approval from your regional DISCO (distribution company — e.g., LESCO, FESCO, K-Electric). The DISCO installs a bidirectional meter after inspection. Systems up to 1 MW are eligible for net metering licences.
Loading panel placement tool...
This is a simplified panel layout tool — if you hit issues here, or need multiple groups, shading, or generation calcs, use the full Photonik design tool.
System sizing Pakistan
System Costs
The overall price of a solar and battery system depends on equipment quality, installation complexity, and any available rebates or incentives.
Estimated price
The typical investment for solar in Pakistan is approximately ₨932,126 for 3.2 kW, with the option to add a 10 kWh battery for around ₨2,720,855 total. After the 11.7-year payback period, your solar system continues producing — at current rates, that's potentially 15+ years of savings with minimal maintenance costs.
Cost estimates cover equipment, installation labour, and applicable taxes. Modify the system size and battery storage sliders to explore different investment levels and payback periods.
Tiers follow the same scale as the Photonik app. Browse the panel product directory.
Rebates & incentives
Pakistan does not offer a direct national cash subsidy or rebate for residential solar installations. The primary government support is the net metering framework administered by AEDB and NEPRA, which allows homeowners to export excess solar generation for credits (now at the reduced wholesale rate of ~PKR 10/kWh). Solar panels and related equipment benefit from reduced import duties and sales tax exemptions on select components. The State Bank of Pakistan has directed banks to offer green financing facilities, and some provincial governments (notably Punjab) have run subsidised solar programmes for low-income households. In the absence of a national rebate, the financial case relies on high tariff savings, outage avoidance, and the falling cost of panels and batteries.
Payback
Simple payback is the system price divided by annual savings. The price side depends on equipment quality, installation complexity, and rebates. The savings side depends on your electricity usage, the buy rate per kWh, and the feed-in tariff for exported energy.
Simple payback calculation
Electricity rates & feed-in tariffs
Pakistani residential electricity tariffs are set by NEPRA and follow a slab structure, currently averaging approximately PKR 20–25/kWh for typical consumption levels, with higher slabs reaching PKR 35+/kWh for consumption above 700 units. The tariff includes fuel price adjustments and quarterly surcharges that add volatility to monthly bills. Net metering is available but the buyback rate for new consumers has been reduced from PKR 27/kWh to approximately PKR 10/kWh (aligned with the wholesale purchase price), making self-consumption far more valuable than export. Contracts are now limited to 5 years with periodic rate reviews. Given the high retail tariff, frequent outages, and reduced export value, most new installations focus on maximising self-consumption with battery backup rather than relying on net metering credits for payback.
Solar Design & Savings in Pakistan's regions
Islamabad Capital Territory
Design and pricing assumptions for Islamabad Capital Territory use region-level sun data and local incentive settings.
Khyber Pakhtunkhwa
Design and pricing assumptions for Khyber Pakhtunkhwa use region-level sun data and local incentive settings.
Punjab
Design and pricing assumptions for Punjab use region-level sun data and local incentive settings.
Sindh
Design and pricing assumptions for Sindh use region-level sun data and local incentive settings.