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Residential Solar System 10kW On-Grid With HJT TOPCon Solar Panel

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  • 10kW 110V/220V split-phase grid-tied solar system for US homes, ensuring seamless utility integration, high efficiency, and NEC compliance. Ideal for robust energy savings and reliable performance.
  • 10KW residential solar system with high-efficiency HJT/TOPCon panels, seamless grid integration and long-lasting sustainable energy performance.
  • 10kW residential solar system with 3-phase inverter for seamless grid integration, ensuring high efficiency, stable power output, and compliance with utility standards.
  • 10KW 3-phase grid-tied solar system: High efficiency residential PV solution with advanced inverter technology for stable energy export and seamless grid integration.
  • 10kW 110V/220V split-phase grid-tied solar system for US homes, ensuring seamless utility integration, high efficiency, and NEC compliance. Ideal for robust energy savings and reliable performance.
  • 10KW residential solar system with high-efficiency HJT/TOPCon panels, seamless grid integration and long-lasting sustainable energy performance.
  • 10kW residential solar system with 3-phase inverter for seamless grid integration, ensuring high efficiency, stable power output, and compliance with utility standards.
  • 10KW 3-phase grid-tied solar system: High efficiency residential PV solution with advanced inverter technology for stable energy export and seamless grid integration.
  • 1. High Solar Yield & Regional Adaptability
    10kW systems generate 30–60 kWh/day, peaking in high-irradiance zones like the Middle East. Smart inverters auto-adjust output to local sun/temperature patterns for geographic optimization.

    2. Climate-Smart Software Optimization
    Integrated software analyzes local weather/panel data to predict and maximize energy output, ensuring efficiency across deserts, temperate zones, or cloudy regions.

    3. Battery-Free Grid Savings
    Direct daytime grid export + nighttime grid use cuts 30–40% upfront costs vs battery-reliant systems. Ideal for areas with stable utility infrastructure.

    4. Streamlined Grid Dependency
    Excess energy feeds grid during peak sun; nighttime grid reliance eliminates storage needs. Reduces payback period while maintaining 24/7 power access.
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FAQS

Q :

How does the system adapt to regional climates?

A :

Smart inverters auto-tune output to local sun/temperature, maximizing yield in high-irradiance zones (e.g., Middle East) and varied climates (30–60 kWh/day for 10kW systems).

Q :

How does software boost efficiency in diverse climates?

A :

AI analyzes weather/panel data to predict and optimize output for deserts, cloudy areas, or temperate zones, ensuring peak performance across environments.

Q :

Why choose a battery-free design?

A :

Daytime grid export + nighttime grid use slashes 30–40% costs vs batteries, ideal for regions with stable utility networks and lower upfront investment.

Q :

How does grid dependency reduce payback time?

A :

Excess daytime energy feeds the grid; nighttime grid reliance removes storage needs, shortening payback periods while ensuring uninterrupted 24/7 power supply.

Product Information

PV Modules
Parameter
Testing ConditionSTC
Maximum Power(Pmax/W)440W
Open Circuit Voltage(Voc/V)39.44
Short Circuit Current(lsc/A)14.27
Voltage at Maximum Power(Vmp/V)32.45
Current at Maximum Power(lmp/A)13.56
Module Efficiency(%)22.53

Positive power tolerance (0~+5W) guaranteed; Reduced resistive loss with lower operating current; Higher energy yield with lower operating current; Reduced hot spot risk with optimized electrical design and lower operating current.

Inverter
Parameter
Input Data (DC)
Max. recommended PV power15000W
MPPT voltage range60V-550V
No. of MPP trackers3
No. of PV strings per MPp tracker1/1/2
Output data (AC)
AC nominal power10000W
Nominal AC voltage(range*)Default: 240V split-phase
AC grid frequency (range*)50/60 Hz(45-55Hz/55-65 Hz)
General Data
Dimensions (W/H/D)425/387/180mm
Weight18.2kg
TopologyTransformerless
CoolingNatural convection
Protection degreeIP65

Maximum efficiency 98.1%; Type II SPD on DC side; Supports export control; Touch key and OLED display.

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Mate Solar designs high-efficiency solar panels and energy storage systems for homes, businesses, and industries. Our integrated solutions—featuring lithium-ion batteries, smart inverters, and real-time monitoring—cut costs and boost energy independence.

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