SNM Solutions recently completed a 10 kW on-grid solar system installation for a residential property in Sharaqpur Sharif, Sheikhupura, Punjab. The homeowner wanted to reduce monthly electricity expenses and make better use of the available rooftop space by generating electricity through solar power.
Our team designed and installed the system according to the property’s energy requirements. The solar panels generate electricity during daylight hours, helping reduce the amount of power needed from the conventional grid.
Installed Solar Equipment
- 10kW Solis On Grid Inverter
- 645W SNM High Efficiency Solar Panels
- Premium Standard Mounting Structure
- Professional Electrical Wiring and Installation
Expected Solar Energy Production
- 40+ Units Per Day
- 1,200+ Units Per Month
- 15,000+ Units Per Year
Project Benefits
The 10kW Residential On Grid Solar System in Sharaqpur Sharif is designed to cover a good portion of the home’s daytime electricity needs through solar energy. This can help reduce grid consumption and bring down monthly electricity costs.
The system is expected to produce more than 15,000 units of electricity annually, giving the homeowner a reliable source of clean energy while making productive use of the rooftop.
The installation also supports net billing, allowing eligible surplus solar electricity to be exported to the grid according to the applicable regulations and requirements of the relevant electricity provider.
Project Outcome
This 10kW Solar System in Sharaqpur Sharif, Sheikhupura provides the homeowner with a practical way to generate clean electricity and reduce dependence on grid power. With quality equipment and professional installation, the system is designed to provide reliable solar generation and long-term savings.
SNM Solutions provides Solar Installation Services in Sheikhupura, Lahore, and across Punjab, including Residential Solar Systems, On-Grid Solar Systems, Hybrid Solar Systems, and other Solar Energy Solutions. Our team designs each system according to the property’s actual energy needs, available space, and long-term requirements.