On-Grid Solar
Designed primarily to reduce daytime grid consumption where utility supply is reasonably available.
- High daytime energy utilization
- Grid-synchronized inverter
- Monitoring and export-ready design
- Net-metering assistance where applicable
Solar engineering for Pakistan
Reliable solar power for homes and businesses.
Engineering-led on-grid, hybrid and off-grid solar solutions—from load assessment and system design to installation, commissioning, monitoring and long-term support.
Engineering FirstLoad analysis before equipment selection
Complete ScopePanels, inverter, batteries, structure and protection
Safe InstallationControlled workmanship, earthing and isolation
After-Sales SupportMonitoring, maintenance and troubleshooting
Choose the right architecture
A solar system designed around how you actually use energy.
We assess your consumption profile, outage exposure, available roof area, future demand and budget before recommending a system.
Hybrid Solar
Balances solar generation, grid supply and battery storage for savings plus backup during outages.
- Automatic source management
- Battery-backed essential loads
- Configurable charging priorities
- Expandable storage options
Off-Grid Solar
Independent power for locations where grid availability is absent, unreliable or operationally unsuitable.
- Energy-autonomous configuration
- Battery-storage sizing
- Generator integration where required
- Remote monitoring options
Solutions by application
From household savings to business continuity.
Each application receives the appropriate technical survey, demand assessment, structure, electrical protection and commissioning plan.
Solar power for modern homes
Reduce electricity dependence while protecting essential loads such as lighting, fans, refrigeration, internet, security and selected air-conditioning circuits.
Request a home survey →Energy savings for shops and offices
Match solar production with daytime operational loads using monitored systems designed for reliable performance and manageable lifecycle costs.
Discuss your facility →Engineered capacity for demanding loads
Technical assessments, phased system planning, protection coordination, installation supervision and performance verification for industrial facilities.
Arrange a technical consultation →Water pumping and remote power
Purpose-designed solar supply for pumps, agricultural applications, remote sites, surveillance equipment and other defined electrical loads.
Share your requirement →
Complete system scope
PV Modules
Technology and capacity selected for performance, space and
operating conditions.
Inverters
On-grid, hybrid or off-grid architecture matched to the application.
Battery Storage
Usable capacity, discharge requirements, lifecycle and expansion
considered.
Mounting Structure
Orientation, tilt, accessibility and structural suitability reviewed.
DC Protection
Isolation, string protection, surge protection and correctly rated
cabling.
AC Protection
Breakers, isolation, surge protection and distribution interfaces.
Earthing
Equipment bonding and earthing arrangements integrated into the
installation.
Monitoring
Energy production, consumption, alarms and system status visibility.
Every component considered as part of one working system.
Good performance depends on correct selection, integration, protection and workmanship—not on panels alone.
PV Modules
Technology and capacity selected for performance, space and
operating conditions.
Inverters
On-grid, hybrid or off-grid architecture matched to the application.
Battery Storage
Usable capacity, discharge requirements, lifecycle and expansion
considered.
Mounting Structure
Orientation, tilt, accessibility and structural suitability reviewed.
DC Protection
Isolation, string protection, surge protection and correctly rated
cabling.
AC Protection
Breakers, isolation, surge protection and distribution interfaces.
Earthing
Equipment bonding and earthing arrangements integrated into the
installation.
Monitoring
Energy production, consumption, alarms and system status visibility.
How we deliver
A controlled process from energy bill to energized system.
01 — ASSESS
Survey & Load Study
Review bills, connected loads, operating hours, roof space, shading, outages and priorities.
02 — ENGINEER
Design & Proposal
Define architecture, capacity, equipment, protections, quantities, savings assumptions and scope.
03 — INSTALL
Execute & Coordinate
Control structure, cabling, equipment mounting, safety, workmanship and distribution interfaces.
04 — VERIFY
Test & Handover
Commission the system, configure monitoring, explain operation and document the installation.
Quality and lifecycle support
Built to operate safely—not merely to look complete.
We focus on cable management, equipment access, isolation, protection, documentation and maintainability so the finished system remains practical after handover.
Load-based system sizing
Roof and shading assessment
DC and AC protection
Earthing and bonding
Labelling and documentation
Performance verification
Monitoring configuration
Maintenance support
Solar questions
Clear answers before you invest.
Which system is best: on-grid, hybrid or off-grid?
It depends on your consumption pattern, outage frequency, backup expectations, available grid supply and budget. A site and load assessment should come before the final recommendation.
How is the required solar capacity calculated?
We review electricity bills, connected loads, operating hours, peak demand, available roof area, shading and desired backup duration. Capacity should not be selected only from a single monthly bill figure.
Can SFC Experts assist with net metering?
We can assist with the technical documentation and coordination steps applicable to the project. Eligibility, commercial arrangements and approval remain subject to the rules and requirements in force at the relevant time.
Do solar panels provide backup during an outage?
A conventional on-grid system normally does not provide backup when the grid fails. Backup requires an appropriately designed hybrid or off-grid configuration with compatible battery storage and load separation.
What maintenance does a solar system require?
Typical needs include safe module cleaning, visual inspection, tightening checks where appropriate, protection-device review, monitoring analysis and prompt investigation of alarms or reduced production.
Plan your solar system with an engineer.
Share your electricity bill, location and backup priorities for an initial technical discussion.