8kW Solar System Price in Pakistan: Complete Guide & Cost Analysis
Solar energy is getting common in almost all regions of the world as well as in Pakistan. Due to costly electricity of grid, most of the consumers are now shifting towards solar energy and installing solar systems on their houses. Solar panels are now easily available in Pakistan in provinces as the prices have gone down recently. Two years ago, the solar panel which was 110 PKR per watt is now available at 70% cost reduction. So people are rapidly installing solar systems including one of the big solar systems called 8kW solar system. 8kW solar system price in Pakistan varies depending on the type of solar system and the components used in solar system.
Estimated 8kW Solar System Price in Pakistan
The 8kW solar system Price in Pakistan varies depending on the components of solar system, their quality, capacity, model etc. The prices of solar panels, solar inverters and batteries keep changing with time in the market. Therefore, calculating the exact price is not possible. However, an average price can be calculated which would be around the exact price. The price of 8kW solar system in Pakistan lies between 850,000 – 900,000 PKR for On-grid systems. If you add batteries, then it may reach up to 1,300,000 PKR for hybrid systems and further more for Off-grid systems.
Below is a table listing 8kW solar system price in Pakistan with all the details you need to know!
| Specifications | Prices |
|---|---|
| 14 Solar Panels of 580 Watts N-Type Monofacial or Bifacial | 250,000 PKR |
| 8kW Solar Inverter(On-Grid or Hybrid) | 365,000 PKR |
| 7 Batteries of 12V 200Ah(For Hybrid Systems 2Hours Backup) | 420,000 PKR |
| 27 Batteries of 12V 200Ah(For Off-Grid Systems 8Hours Backup) | 1,620,000 PKR |
| 7 Solar Panels Mounts or Structures | 37,000 PKR |
| Complete DP Box for Protection | 45,000 PKR |
| Installation Cost | 25,000-35,000 PKR |
| Net Metering(If want) | 150,000 PKR |
| DC Cables 6mm | 20,000 PKR |
| Total Estimated Price: | 900,000 PKR |
Note: The cost of batteries is not included in the total cost because most of the people use on-grid solar systems in which batteries are not used. Some people use hybrid and a few use off-grid systems, so in this case the cost of batteries depend on the number of batteries and backup time. As you increase the backup time, the cost and number of batteries will also be increased. Also the prices of batteries vary depending on the model, characteristics and capacity. We have provided info for calculating required batteries for your solar system in separate section below.
Area Required for 8kW Solar System Installation
To get the maximum benefit and efficiency from solar system, it must be installed at location where sunlight directly approaches the solar panels without any obstacles. For this, a roof top or an open space would be best. However, the total area required for the installation can be different for solar panels of different capacities.
For 15 Solar Panels of 550W: 550W x 15 = 8,250 Watts (Total Area: 15 x 1.8m2 = 27m2 Approximately 290 sq. ft. )
For 14 Solar Panels of 580W: 580W x 14 = 8,120 Watts ( Total Area: 14 x 2.2m2 = 30.8m2 Approximately 332 sq. ft.)
Factors Affecting 8kW Solar System Price in Pakistan
A 8kW solar system price in Pakistan can be affected greatly by the following factors:
- The quality of components of solar system have a great impact on the overall cost of solar system. High quality solar panels(such as Longi) , solar inverter(such as Ziewnic) , solar panel frame or mounts, wiring to connect the components are expensive than low quality products but they provide a relaxation of mind.
- If batteries are included in the system, then the cost will be more than usual because for 8kW solar system, high capacity batteries are required but for off-gird system the cost gets a bit more high.
- Installation cost matters for heavy solar systems as 8kW solar system. The labor cost is also included in the installation cost and other little expenses are also included.
- Government taxes and subsides can also increase or decrease the overall cost. Reduction in this cost may attempt to decrease the overall cost at a great extent.
- Warranted and authentic products are always costly but last longer and provide peace of mind over years without any additional expenses of regular maintenance or replacement of a component in case of damage.
Units Production of 8kW Solar System
The electricity production of 8kW solar system depends on the daily peak sunlight hours. In Pakistan, an average 5.5 hours per day are considered for peak sunlight. Lets dive into details of daily, monthly and yearly production of units by 8kW solar system. The production may vary depending on the weather conditions.
Daily Production: 8kW x 5.5 hours = 44 units or kWh
Monthly Production: 44 x 30 days = 1,320 units or kWh
Yearly Production: 44 x 365 days = 16,060 units or kWh
Appliances Supported by 8kW Solar System
A 8kW solar system can run all the necessary appliances which we use in our daily life. Here’s a table of appliances that can run on an 8kW solar system along with their power consumption and usage time:
| Appliances | Power Consumption | Quantity | Total Load & Usage Time |
|---|---|---|---|
| LED Bulbs | 10W | 10 | 100W (6 Hours) |
| Ceiling Fans | 75W | 4 | 300W (6 Hours) |
| Refrigerator | 150W | 1 | 150W (24 Hours) |
| Inverter AC (1.5 Ton) | 1500W | 2 | 3000W (5 Hours) |
| Washing Machine | 500W | 1 | 500W (1 Hour) |
| Microwave Owen | 1200W | 1 | 1200W (30 mins.) |
| Water Pump | 750W | 1 | 750W (1 Hours) |
| Iron | 1000W | 1 | 1000W (30 mins.) |
| LED TV 42” | 100W | 2 | 200W (5 Hours) |
| Laptop | 50W | 2 | 100W (6 Hours) |
| Wi-Fi Router | 20W | 1 | 20W (24 Hours) |
After all the appliances calculation of units, daily consumption is 26 Units which is easily manageable with 44 units daily production. You can also run multiple appliances at the same time including:
- 2 Inverter ACs
- Refrigerator + Washing Machine
- TV, Fans, Bulbs
- Water Pump + Microwave
Types of 8kW Solar System in Pakistan
Solar systems are of three types, On-Grid, Off-Grid and Hybrid Solar system.
On-Grid Solar System
This the most widely used solar system in Pakistan due to a net metering because net metering is possible only in on-grid solar system. In on-grid system, the solar system is connected to the grid. In this way, whenever the solar panels are not generating enough electricity, the system will draw power from the grid to fulfill its requirements. While installing this system, the cost of electricity bills gets reduced to a great extent but not 100% because gird electricity is still in use but it will be very minimal.
Off-Grid Solar System
An off-grid solar system isn’t very popular because of a few reasons. The biggest issue is the high initial cost compared to other solar systems. Plus, it needs heavy-duty batteries (not the regular ones) to provide backup for the whole house. Since it’s completely disconnected from the grid, you can’t use net metering with an off-grid system. That means you’re fully dependent on the batteries and solar panels for power.
If the solar panels don’t generate enough electricity due to bad weather, the backup time will decrease, and the batteries might shut down after a while. That’s why it’s important to install high-capacity batteries to keep things running smoothly. Off-grid systems work best for larger setups (like 8kW or more) and are ideal for medium-sized houses where a stable power supply is necessary.
Hybrid Solar System
Hybrid solar system is also the most preferred solar system even more popular than an on-grid solar system. This combines the features of both on-grid and off-grid solar systems. It is connected to the grid and batteries are also connected in it. In this way, this system provides an uninterrupted supply of electricity 24/7.
The excess energy produced by solar panels during the day is stored in batteries which can be used at night. When the solar panels are not generating enough electricity, the system draws power from batteries and when the batteries are depleted, it automatically switched to grid ensuring seamless supply of electricity.
Components of 8kW Solar System
A solar system is not a complete solar system without its required components. Also, the 8kW solar system price in Pakistan may vary depending on the prices of the these components.
- Solar panels are the first and prior component of any solar system because without them production of electricity is impossible.
- Solar inverter is required after solar panels to convert DC electricity into AC electricity for home use.
- Solar panel mounts provide support, holds the solar panels in place and protect them from any damage.
- Batteries are used in hybrid and off-grid solar systems as they are crucial to provide backup power when needed.
- Charge Controller for off-grid solar systems which regulates voltage supply and prevents batteries from overcharging.
- Net meter for on-grid solar systems to connect the system with grid utility and earn credits through net-metering.
- DC/AC Cables are must to connect the components of solar system to transfer electricity between components and combine them in the form of a system.
- DP Box which includes circuit breakers and fuses to provide protection to the solar system from overcurrent and short circuits.
- Earthing kit is a system in which the solar system is connected with the earth through wires to keep safe from lighting and electrical surges.
Conclusion
The 8kW solar system is an ideal choice for homeowners and businesses looking to reduce their electricity bills and become energy independent. With the increasing shift towards renewable energy, solar systems have become more affordable and accessible in Pakistan. The price of an 8kW solar system typically ranges between 850,000 to 900,000 PKR for on-grid systems, while hybrid systems may cost up to 1,300,000 PKR.
However, the exact price can vary depending on the quality of solar panels, inverters, and additional components like batteries. Investing in an 8kW solar system in Pakistan not only helps in cutting down electricity costs but also contributes to a cleaner and more sustainable future.
