We design and install three types of solar systems: On-Grid (Grid-Tied) systems that export surplus energy to the national grid under net metering, Off-Grid systems that operate independently of the grid with battery storage, and Hybrid systems that combine grid connection with battery backup for 24/7 uninterrupted power.

Net metering allows you to export surplus solar electricity back to your DISCO (electricity distribution company) and receive credits on your electricity bill. When your solar system produces more than you consume, the surplus goes to the grid and your meter runs backwards — reducing or even eliminating your monthly bill. Swift Engineering assists clients with the full net metering application process.

As a general guide, every 1 kW of solar panels requires approximately 80–100 square feet of roof space. A 100 kW industrial solar system would require roughly 8,000–10,000 square feet. Our team conducts a site assessment and shading analysis to determine the optimal system size for your available roof area.

High-quality solar panels have a performance warranty of 25 years and an operational life of 30+ years. The panels we supply are from reputable manufacturers with certifications ensuring long-term energy production and minimal degradation over the system's lifespan.

Solar systems are extremely low maintenance. The main requirement is periodic cleaning of panels to remove dust — particularly important in Pakistan's dusty climate — and an annual inspection of electrical connections and inverter performance. We offer annual maintenance packages for all systems we install.

For most industrial and commercial businesses in Pakistan, the return on investment period for a solar system is 3–5 years depending on your current electricity tariff, system size, and consumption patterns. After payback, the electricity generated is essentially free for the remaining 20+ years of the system's life.

Yes. We design large-scale industrial solar systems capable of powering heavy machinery, production lines, HVAC systems, and other high-load industrial equipment. System sizing is based on a detailed load analysis of your facility's energy consumption.