SNM Solutions successfully completed this 8kW Hybrid Solar System installation in DHA EME, Lahore for a residential property looking for a reliable way to manage both daily electricity consumption and power interruptions.
The homeowner wanted a solar solution that could provide clean electricity during the day while also offering greater flexibility when grid power is unavailable. Based on the property’s energy requirements, SNM Solutions installed an 8kW Hybrid Solar System with high efficiency solar panels, a premium mounting structure, and complete electrical protection and monitoring.
Installed Solar Equipment
- 8kW Solis Hybrid Solar Inverter
- 715W SNM High Efficiency Solar Panels
- Premium Mounting Structure
- Professional Electrical Installation
- Complete Electrical Protection and Monitoring System
Expected Solar Energy Production
- 30+ Units Per Day
- 1,000+ Units Per Month
- 12,000+ Units Per Year
How the Solar System Works
During daylight hours, the solar panels generate electricity that can be used to meet the home’s active energy requirements. This allows the residence to use more of its own solar power and reduce the amount of electricity drawn from the grid.
The 8kW Solis Hybrid Inverter adds backup functionality to the system. When grid power is interrupted, the hybrid setup can provide power to selected household loads, depending on the connected backup configuration and available stored energy.
This combination makes the system suitable for homeowners who want to benefit from solar energy every day while also having additional support during power outages.
Project Benefits
The 8kW Hybrid Solar System in DHA EME, Lahore offers several practical benefits for residential energy management:
- 30+ units of estimated solar generation per day
- Reduced daytime electricity consumption from the grid
- Backup support for selected household loads
- Better use of available rooftop space
- Greater flexibility during power interruptions
- Clean electricity generated at the property
- Improved control over household energy consumption
- Reduced dependence on conventional grid electricity
Project Outcome
This 8kW Solar System in DHA EME, Lahore provides the homeowner with a practical combination of solar generation and backup support. The system helps meet regular daytime electricity needs through solar power while the hybrid functionality provides additional flexibility when grid electricity is unavailable.
With professional installation, quality solar equipment, complete protection, and monitoring, the project is designed to provide reliable performance and long term energy benefits for the residence.
What this system generates, and what that is actually worth
The design output is 30+ units a day, or about 1000 units a month. What those units are worth depends almost entirely on when they get used, and since 9 February 2026 that gap is wide.
A unit consumed in the house replaces one bought from LESCO at roughly Rs 55. A unit exported earns about Rs 11 under net billing. So a self-consumed unit is worth around five times an exported one, and the same 1000 units can be worth very different amounts:
| How the 1000 units are used | Value per month |
|---|---|
| Everything used in the house as generated | Rs 55,000 |
| 70% self-consumed (loads shifted to daytime, or battery) | Rs 42,000 |
| 40% self-consumed (typical home, nobody in during the day) | Rs 29,000 |
That is a Rs 26,000 a month difference on the same hardware and the same roof. Running the washing machine, water pump, iron and air conditioning during daylight is not a minor optimisation under net billing. It is most of the return.
Figures are the system’s design output at a Rs 55 self-consumption tariff and the Rs 11 export rate. Actual generation varies with season, shading and dust, and your own tariff depends on your slab.
SNM Solutions provides Residential Solar Installation Services in Lahore and across Pakistan, including Hybrid Solar Systems, On Grid Solar Systems, Commercial Solar Systems, and Industrial Solar Solutions. Every solar project is planned according to the property’s electricity consumption, available installation space, and specific energy requirements.