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10KW Solar System

10kw Solar System

A 10kW solar system is a mid-to-large-scale solar power setup capable of generating 10,000 watts (10 kilowatts) of electricity under optimal conditions. It is ideal for medium to large homes, small businesses, or commercial properties with high energy consumption.

 

10kW Solar System with HISEL 10KW Inverter (On-Grid), LONGi HIMO 7 (615W) Panels, and Green Meter Net Metering in Pakistan (2024):

10kW Solar System Price & Specifications (On-Grid)

1. Components & Pricing

Component Model Quantity Unit Price (PKR) Total Price (PKR)
Solar Panels LONGi HIMO 7 (615W) 17 20,000 – 21,000 340,000 – 357,000
On-Grid Inverter HISEL 10KW (Single-Phase) 1 1700,000 – 190000 170,000 – 190,000
Mounting Structure GI L2-L3 Structure 1 Set 4,000 – 5500 ,36000 – 49500
Net Metering (Green) Application + Meter 1 100,000 – 120,000 100,000 – 120,000
Installation & Wiring Labor + Accessories – 100,000 – 150,000 100,000 – 150,000
Total Estimated Cost 74600,000 – 916,000

2. System Details

  • Total Capacity: 9.84kW (16 x 615W LONGi panels)

  • Inverter Type: HISEL 10KW (On-Grid, MPPT)

  • Daily Output: 40–50 kWh (depends on sunlight)

  • Net Metering: Green Meter (1:1 unit exchange with grid)

  • Payback Period: 2–3 years (with current electricity tariffs)

3. Why This Configuration?

 LONGi HIMO 7 Panels:

  • High efficiency (≥22.3%)

  • 12-year product warranty, 30-year performance warranty

 HISEL 10KW Inverter:

  • Pure sine wave, 97% efficiency

  • Compatible with net metering

 Green Meter Benefits:

  • Sell excess electricity to the grid

  • No battery required (reduces cost)

4. Where to Buy?

  • LONGi Panels: Authorized dealers in Lahore/Karachi/Islamabad

  • Net Metering: We will Apply via your local DISCO (e.g., LESCO, IESCO)

5. FAQs

Q: Can this system run without grid power?
→ No, on-grid systems shut down during power outages (no battery backup).

Q: How much space is needed?
→ ~600–700 sq. ft. (for 16 panels).

Q: Govt. subsidies available?
→ Check AEDB/NDRC for updates (limited schemes).

Need a customized quote? Share your location and monthly electricity bill! ☀️

Key Features:

✔ Power Output: ~30–45 kWh per day (varies by location and sunlight).
✔ Panel Count: Typically 24–30 panels (depending on panel wattage).
✔ Roof Space Needed: ~50–70 m² (or ground-mounted).
✔ Battery Storage: Optional (for off-grid or backup power).
✔ Grid-Tied or Hybrid: Can work with or without the grid.

 

0kW Solar System: A Complete Guide

A 10kW solar system is a significant installation suitable for large homes, small-to-medium businesses, farms, or light industrial applications. It represents the upper tier of residential solar and entry-level for commercial use, capable of producing substantial energy independence.

System Specifications & Output

  • Peak Power: 10,000 Watts (10 kilowatts)

  • Average Daily Production: 35 – 50 kWh (varies by location, season, and panel orientation).

  • Annual Production: ~12,000 – 18,000 kWh.

  • Number of Panels: 20 – 28 panels (using modern 370W to 500W panels).

  • Rooftop Space Required: 50 – 75 sq. meters (550 – 800 sq. ft).

Who is a 10kW System For?

  1. Large Residences: Homes with 3,500+ sq. ft., multiple AC units, electric heating/cooling, swimming pool pumps, or high general consumption.

  2. Home Offices/Run Businesses: Properties where a business is operated, requiring power for equipment, servers, and extended hours.

  3. Small Commercial: Retail shops, small workshops, restaurants, or professional offices.

  4. Agricultural: To power farmhouses, irrigation pumps, and processing equipment.

  5. Electric Vehicle Owners: To offset the significant electricity draw from charging one or more EVs at home.

Core Components

1. Solar Panels (10kW worth)

  • Types: Monocrystalline (most efficient, recommended), Bifacial (extra yield).

  • Example Configuration: 25 x 400W panels or 20 x 500W panels.

2. Inverter Solution (CRITICAL)

  • String Inverter(s): Most common. Requires 1-2 inverters (e.g., two 5kW or one 10kW unit). Brands: Fronius, SMA, Solis, Huawei.

    • Advantage: Cost-effective.

    • Consideration: Shading on one panel can affect a whole string.

  • Microinverters (e.g., Enphase): One per panel. Maximizes production in shaded/complex roofs. Higher upfront cost, easier expansion.

  • DC Power Optimizers (e.g., SolarEdge): Pair with a string inverter. Panel-level optimization at a lower cost than microinverters.

3. Mounting & Racking

  • Must be engineered for local wind/snow loads.

  • Options: Roof-mounted (flush), tilt-racked, or ground-mounted.

4. Monitoring

  • Essential. All quality systems include cloud-based monitoring to track production and health.

5. Battery Storage (Optional but Recommended)

  • Adding 10-20 kWh of battery storage (e.g., Tesla Powerwall 2, Franklin, Generac) creates a true hybrid system for backup power and maximizing self-consumption.

  • Adds $8,000 – $20,000+ to the system cost.

System Types & Configurations

  1. 10kW Grid-Tied (Net Metering):

    • Most common and cost-effective. Feeds excess power to the grid for credits. No backup during grid outages.

  2. 10kW Hybrid (Battery Ready/Included):

    • Increasingly popular. Uses a hybrid inverter. Can store energy and provide backup power. Works with or without the grid.

  3. 10kW Off-Grid:

    • Requires a very large battery bank (often 30kWh+) and a backup generator for extended cloudy periods. Most expensive configuration.

Financials & Return on Investment (ROI)

  • Payback Period: Typically 5 – 10 years, depending on local electricity rates and incentives.

  • Savings: Can eliminate 80-100% of an average large home’s electricity bill.

  • Increased Home Value: Studies show solar adds significant property value.

  • Commercial Benefits: For businesses, it’s an operating expense reduction with a strong ROI, often eligible for accelerated depreciation.

Installation Considerations

  • Permits & Interconnection: Requires electrical and building permits. Utility approval for net metering is mandatory for grid-tied systems.

  • Roof Assessment: Must be in good condition with adequate structural strength. Age and material are factors.

  • Shading Analysis: Critical. Installers should perform a detailed analysis.

  • Three-Phase vs. Single-Phase: Large homes/businesses may have 3-phase power, affecting inverter choice.

Steps to Get a 10kW System

  1. Audit & Goals: Analyze 12 months of electricity bills. Define goals (save money, backup power, go green).

  2. Get Multiple Quotes: Obtain 3-4 detailed proposals from reputable installers.

  3. Compare: Equipment brands, warranties (25-year panel performance, 10+ year inverter), workmanship warranty, total cost.

  4. Financing: Explore cash purchase, solar loans, leases, or PPAs.

  5. Install & Inspect: Installation takes 2-5 days. Final inspection by utility and local authorities is required.

Conclusion

A 10kW solar system is a major investment that delivers substantial energy production, significant financial returns, and energy security. It is the ideal solution for high-consumption households and small commercial entities looking to take control of their energy costs for decades. Success hinges on proper design, quality components, professional installation, and understanding local incentives. Always work with certified, experienced installers who provide robust warranties.

For More Details Contact us on 0304-1111-988

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