By the Beyond Green Solar Engineering Team | Updated September 2026
An industrial solar system in Pakistan is now one of the most practical ways for manufacturers to control rising energy costs, and Afroze Textile is the latest example. Beyond Green Solar designed, supplied and commissioned a 1.1 MW solar power plant at Afroze Textile’s facility, helping the textile manufacturer produce a large share of its daytime electricity from the sun.
This case study explains the project, the engineering decisions behind it, and what other textile and industrial businesses can learn from it.
Key Takeaways
- Beyond Green Solar installed a 1.1 MW (1,100 kWp) solar plant at Afroze Textile.
- The plant is expected to generate roughly 1.6 to 1.8 million kWh of electricity per year.
- Installation was phased, so factory production continued throughout.
- Textile mills are strong candidates for solar because their heavy daytime loads match solar generation hours.
Why Textile Mills Are Switching to an Industrial Solar System in Pakistan
Textile manufacturing is among Pakistan’s most energy-intensive industries. Spinning, weaving, dyeing and finishing lines run for long hours, and electricity is often one of the biggest costs after raw materials. Industrial tariffs are regulated and revised by NEPRA, and fuel-linked adjustments add volatility to monthly bills. As a result, predictable energy costs have become a competitive advantage, especially for export-oriented mills.
Three factors make solar especially attractive for textile businesses:
- Daytime load matches solar output. Mills run heavy loads during daylight hours, exactly when solar panels produce the most power, so most solar energy is consumed on site.
- Large roof areas. Weaving sheds and warehouses offer wide, unshaded roofs that are ideal for megawatt-scale arrays.
- Sustainability requirements from buyers. International brands increasingly ask suppliers to report and reduce carbon emissions. On-site renewable energy is one of the most visible steps a mill can take.
The Challenge at Afroze Textile
Like many large textile facilities, Afroze Textile needed an energy solution that could deliver meaningful savings without disrupting production. The system had to integrate safely with existing electrical infrastructure, perform reliably in Karachi’s heat, dust and humidity, and be installed while the plant kept running.
Our Solution: A 1.1 MW Industrial Solar Plant
Beyond Green Solar delivered the project in four stages.
1. Energy Audit and Load Analysis
Our engineers studied the facility’s load profile, electricity bills and operating hours to size the plant correctly. The goal was to maximise self-consumption, so that nearly every unit generated replaces a unit that would otherwise be bought from the grid or produced by generators.
2. Structural Assessment and System Design
Before placing over a megawatt of equipment on an industrial roof, we assessed roof strength, orientation and shading. The layout includes walkways for cleaning and maintenance, and the module tilt balances year-round generation with Karachi’s wind conditions. We modelled expected output using solar resource data from the World Bank’s Global Solar Atlas.
3. Installation Without Production Downtime
Installation was scheduled in phases so the mill’s operations continued normally. All mounting structures, cabling, protection devices and earthing were installed to international safety standards.
4. Grid Synchronisation, Testing and Handover
After mechanical completion, the system was synchronised with the facility’s power supply and tested for performance and safety. Afroze Textile’s team then received a full technical handover and guidance on system operation and maintenance.
Expected Results and Benefits
Based on typical performance for a 1.1 MW solar plant in Karachi, the system is expected to deliver:
- Around 1.6 to 1.8 million units (kWh) of clean electricity per year, generated on site.
- A substantial reduction in daytime grid consumption, lowering monthly electricity bills.
- An estimated 700 to 850 tonnes of CO₂ avoided every year, supporting the company’s sustainability and export-compliance goals.
- Protection against future tariff increases, since solar generation cost is largely fixed once the plant is installed.
- 25+ years of productive life from the solar modules, with low ongoing maintenance.
Is an Industrial Solar System in Pakistan Right for Your Business?
The Afroze Textile project shows that a large industrial solar system in Pakistan is no longer an experiment. It is a proven, bankable investment. Pakistan receives strong solar irradiation for most of the year, and the government’s Alternative Energy Development Board (AEDB) has long promoted renewable energy adoption across sectors. Globally, the International Renewable Energy Agency (IRENA) reports that solar PV is now one of the lowest-cost sources of new electricity generation.
The businesses that benefit most from industrial solar include:
- Textile, garment and spinning mills
- Food processing and cold storage facilities
- Pharmaceutical and chemical plants
- Plastics, packaging and steel units
- Warehouses and logistics hubs
If your facility has a strong daytime load and available roof or land space, a solar plant sized anywhere from 250 kW to several megawatts can deliver fast payback. You can compare hybrid, on-grid and off-grid options on our solar products page. For facilities that also run at night, our guide to commercial battery storage in Pakistan explains how BESS can extend solar savings beyond daylight hours.
Why Afroze Textile Chose Beyond Green Solar
Since 2011, Beyond Green Solar has completed 5,000+ solar installations across Karachi, Lahore and Islamabad. As an AEDB-certified solar company, we bring the engineering experience that megawatt-scale projects demand:
- In-house design and engineering for residential, commercial and industrial solar
- Tier-1 solar modules and bankable inverters
- ISO 9001:2015 (quality), ISO 14001:2015 (environment) and ISO 45001:2018 (occupational health and safety) certified operations
- Project management that keeps production running during installation
- After-sales support, monitoring and O&M plans
See more of our industrial and commercial work on our projects page, or learn how to check whether a solar company is verified before you invest.
Frequently Asked Questions
How much electricity does a 1.1 MW solar system produce in Pakistan?
A 1.1 MW solar system in Karachi and most of southern Pakistan typically produces 1.6 to 1.8 million kWh per year, or about 4,400 to 4,900 units per day on average. Output varies with season, panel orientation, shading and cleaning frequency.
How much space does a 1 MW solar plant need?
A 1 MW rooftop solar plant usually needs about 5,000 to 6,500 square metres of usable, shade-free roof area, depending on module wattage and layout. Ground-mounted plants generally need more space because of row spacing.
Is an industrial solar system in Pakistan a good investment?
Yes, for factories with high daytime electricity use. Because solar output matches operating hours, most generated units directly replace expensive grid or generator power. Many industrial projects in Pakistan recover their investment within a few years, and the modules last 25 years or more.
Can a solar plant be installed without stopping factory operations?
Yes. At Afroze Textile, Beyond Green Solar installed the system in phases so the mill kept running, and final grid synchronisation was completed in a short, scheduled window.
Which industries benefit most from solar in Pakistan?
Industries with heavy daytime loads benefit most, including textiles, food processing, pharmaceuticals, plastics, cold storage and warehousing.
Afroze Textile’s 1.1 MW plant shows how an industrial solar system in Pakistan can cut costs, secure energy supply and support sustainability targets. Contact Beyond Green Solar to book a free site survey and get a system proposal tailored to your load, or visit beyondgreensolar.com to explore our full range of solar solutions.
