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Residential 10KW On Grid Solar Power System For Sale

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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 and Regional Adaptability
    The MateSolar 10KW on-grid system delivers exceptional energy production, generating 50 to 70 kWh daily. It excels in high-irradiance regions like the Middle East. Integrated smart inverters automatically adjust output to local solar and temperature patterns, ensuring geographic optimization. This adaptability maximizes energy harvest and system efficiency across diverse environments, providing reliable power for residential needs while maintaining consistent performance.

    2. Climate-Smart Software Optimization
    MateSolar's advanced software continuously analyzes real-time weather and panel data to predict and enhance energy output. It dynamically adjusts system operations for optimal efficiency in various climates, from deserts to cloudy areas. This intelligent optimization ensures maximum solar yield, reduces energy waste, and supports stable performance. Homeowners benefit from increased reliability and long-term savings through data-driven energy management.

    3. Battery-Free Grid Savings
    This system eliminates battery storage by exporting excess energy directly to the grid during daytime and drawing power at night. It cuts upfront costs by 30-40% compared to battery-reliant alternatives. Ideal for areas with stable utility infrastructure, it simplifies installation and reduces maintenance. Users achieve significant financial savings while maintaining efficient grid interaction and dependable energy supply for daily residential use.

    4. Streamlined Grid Dependency
    The MateSolar system feeds surplus energy into the grid during peak sunlight hours and relies on grid power at night, removing the need for storage. This approach shortens the payback period and ensures 24/7 electricity access. It optimizes energy flow, reduces operational complexity, and supports continuous power availability. Homeowners enjoy cost-effective solar integration with minimal infrastructure requirements.
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FAQS

Q :

What is the typical daily energy production of the MateSolar 10KW system?

A :

The system produces between 50 to 70 kWh per day, depending on solar irradiance and regional conditions. Higher outputs are achieved in sunny areas, ensuring efficient energy generation for residential consumption and grid export.

Q :

How does the system adapt to different regional climates?

A :

Smart inverters automatically adjust power output based on local solar intensity and temperature variations. This geographic optimization ensures consistent performance in diverse environments, from high-irradiance zones to temperate regions.

Q :

How does the climate-smart software improve energy efficiency?

A :

The software analyzes weather patterns and panel data to predict conditions and optimize energy harvest. It adjusts operations in real-time, maximizing output across different climates and enhancing overall system reliability.

Q :

What are the financial benefits of a battery-free design?

A :

By avoiding batteries, the system reduces initial costs by 30-40% and lowers maintenance expenses. It leverages grid interaction for savings, making solar power more affordable while maintaining reliable energy supply.

Q :

What is the expected payback period for this solar system?

A :

The payback period is typically shortened due to high energy yield and grid export benefits. Factors like local electricity rates and solar conditions influence the timeline, often resulting in returns within a few years.

Q :

Is this system suitable for areas with unstable grid power?

A :

No, it is designed for regions with stable utility grids. As a battery-free on-grid system, it relies on consistent grid access for nighttime power and energy export, ensuring optimal performance and savings.

Q :

How does grid export work during high solar production periods?

A :

Excess energy generated during peak sun hours is fed directly into the utility grid. This can reduce electricity bills through net metering or similar programs, providing economic advantages and supporting grid stability.

Q :

What maintenance is required for the MateSolar system?

A :

Routine maintenance includes periodic panel cleaning and inspections of inverters and connections. The system is designed for durability with minimal upkeep, ensuring long-term performance and efficiency.

Q :

What is the typical lifespan of the system's key components?

A :

The solar panels have a performance warranty of 25 years or more. The smart inverter, a critical component, is designed for a long service life and is backed by a standard warranty, often ranging from 10 to 12 years, ensuring durable and reliable system operation.

Q :

How does the system perform in extreme weather conditions?

A :

MateSolar components are built to withstand harsh environments, including high temperatures and humidity. The panels are tested for mechanical load and the inverters have robust thermal management. This engineering ensures continued performance and protection even during demanding weather events.

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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