1.2 kw solar system price in pakistan

1.2 Kw Solar System Price In Pakistan

Last updated on April 28th, 2024 at 10:10 pm

A 1.2 kW solar system price in Pakistan is around 250,000 to 300,000 rupees. This price includes various components such as solar panels, a solar inverter, batteries, safety equipment, mounting structure, and installation charges.

If your monthly electricity bill ranges between 130 to 150 units, a 1.2kW solar system is recommended to power your home and operate all appliances without incurring additional costs. These solar panels can cut your monthly electricity bills, saving you money over time. Plus, by using solar power, you’re doing your part for a cleaner environment.

A 1.2kv power solar system can slash your electricity bills by as much as 70%. This means you’ll have more money for other expenses. 1200-watt solar system in Pakistan requires minimal maintenance, so you won’t have to worry about ongoing costs.

Furthermore, solar energy is renewable, which means it never runs out. By using solar panels, you’re doing your part to reduce reliance on non-renewable energy sources, making a positive impact on the environment.

A 1.2 kW solar system in Pakistan is an excellent choice for residential purposes and small businesses, including shops and restaurants. This system is sufficient to power a small house of 3, or 5 marlas or a shop using approximately 130 to 150 units of electricity per month. A 1 kW solar power system can produce approximately 150 units per month.

Total 1.2 kW Solar System Cost in Pakistan 2024

S.NoItem DetailsQuantityPriceTotal
1Knox 3kw Hybrid Inverter01 Qty150000150000
2Solar Panels A Grade
3 Qty2200066000
3Structure 01 Qty1500015000
4Dc Cables (PV), Protection Devices & Accessories
DC Breaker PV, DC Breaker Battery, Mora Reverse Protection Device, AC Breaker, Change Over, Volt Meter, D.B etc
01 LS2000020000
Double Pit, Lighting Arrestor, SPDs
01 LS4000040000
8Labor Charges
Installation of all indoor and outdoor appliances
01 LS100010000
Transportation towards site
01 LS50003000

NOTE: The 1.2 kw solar system price in Pakistan could be different. Please note that solar system prices in Pakistan are subject to fluctuations due to factors such as changes in currency exchange rates, market demand, and government policies. As a result, the costs of solar panels, inverters, batteries, and other components may vary over time. We recommend checking the most up-to-date pricing information before making any purchasing decisions.

In Pakistan, the only available type of 1.2kW solar system is the off-grid solar system.

1.2KW Off-Grid Solar System Price In Pakistan

Opting for a 1.2 kW off-grid solar system in Pakistan typically costs around PKR 300,000. This price includes batteries, off-grid inverters, and specialized equipment for standalone operation. Off-grid systems are well-suited for areas with limited or no access to the national grid.

NOTE: Keep in mind that these price ranges may vary based on factors like location, local market conditions, installation complexity, and component quality. Actual costs depend on factors such as peak sun hours, energy consumption patterns, current prices of solar panels and inverters, and individual goals.

Bright Solar provides the best and most affordable prices for each solar system type in Pakistan. Customers can choose the system that best suits their needs and preferences based on factors such as energy independence, backup capabilities, and budget considerations.

Types of 1.2 Kw Solar Inverter:

Solar inverters play an important role in converting the DC power generated by solar panels into AC power for household appliances. Here’s a breakdown of different types of 1.2 KW solar inverters in Pakistan:

1. 1.2KW Off-Grid Solar Inverters:

  • Commonly used in remote areas with frequent power outages.
  • Charges a battery bank to provide energy during power outages.
  • Functions like a UPS, automatically switch from solar to electricity at night.
  • Ideal for areas where electricity is not consistently available.

1.2 kW Solar System Load Capacity – Appliances You Can Run

A 1.2kW solar system is a relatively robust system and can power a variety of household appliances. However, the specific appliances it can run simultaneously depend on factors such as sunlight availability, the efficiency of the solar panels, and the overall energy consumption of the appliances. Here are examples of appliances a 1.2kW solar system can typically run:

AC 1.5 ton inverter or Iron0
Refrigerator (Inverter)1
Washing Machine1

NOTE: It’s important to note that these are general examples, and the actual capacity can vary. Additionally, during periods of low sunlight, or in the absence of a backup system like batteries, power availability may be limited. If you have specific appliances you want to run, it’s advisable to consult with a solar energy professional to tailor the system to your particular needs.

1.2 kw Solar System Net Metering

It’s important to note that according to NEPRA rules, net metering is allowed for solar systems larger than 5 kW in Pakistan.

Factors That Affect the Rates of 1.2kW Solar System Installation

The installation cost of a 1.2kva solar system is influenced by various factors that potential buyers should consider. These factors contribute to the overall expense and play a crucial role in determining the feasibility and efficiency of the solar installation. Here are key factors that affect the cost of installing a 1.2kW solar power system:

  1. Location:
    • Geographical location significantly impacts the cost. Factors such as local climate conditions, sunlight availability, and regional variations in installation charges can influence the overall expenses. Rates will be different in Karachi, Lahore, Islamabad, and other cities.
  2. Quality of Components:
    • The choice of solar panels, inverters, mounting structures, and other components affects the overall cost. Higher quality components may come with a higher initial cost but can lead to better performance and durability in the long run.
  3. Installation Complexity:
    • The complexity of the installation process, including the roof type, structure, and any additional modifications required, can affect the overall installation cost.
  4. Labor Costs:
    • Labor charges for the installation team contribute to the overall expense. Skilled and experienced installers may charge higher fees.
  5. Net Metering and Grid Connection:
    • Costs associated with net metering and grid connection, if applicable, may impact the overall expenses. Net metering allows users to sell excess energy back to the grid, providing potential savings.
  6. Warranty and Maintenance:
    • Opting for extended warranties and maintenance services can add to the upfront cost but may offer long-term benefits, ensuring reliability and performance.
  7. System Size and Configuration:
    • The specific size and configuration of the 1.2kv solar system, including the number and capacity of solar panels, affect the overall cost. Customized configurations may have different price points.
  8. Local Regulations and Permits:
    • Compliance with local regulations and obtaining necessary permits can contribute to the overall cost. Understanding and adhering to these requirements is essential for a smooth installation process.
  9. Energy Storage (Battery) Option:
    • Including energy storage options, such as batteries for backup power, can increase the initial cost. Evaluating the need for energy storage is essential for those seeking uninterrupted power during outages.

It’s important for individuals considering a 1.2kW solar system to carefully assess these factors, obtain customized quotes from reputable installers, and weigh the long-term benefits against the initial investment.


How many AC can a 1.2kW solar system run?

Not recommended. It is good to not run an AC.

How many solar panels are required for 1.2kW?

If you have 550-watt solar panels, for a 1.2kW solar system, you would need approximately 3 solar panels.

How many units are 1.2KW Solar Systems produced per Day?

A 1.2kW solar setup produces approximately 04 to 06 kilowatt-hours (kWh) of electricity daily.

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