HomeSystemResidentialBest Price Residential 12KW Hybrid Solar System For Sale
Basic Parameters
Detail Parameters

Best Price Residential 12KW Hybrid Solar System For Sale

Share:

  • 12KW hybrid solar system with efficient home power supply and LiFePO4 battery for reliable and sustainable energy storage.
  • 12KW hybrid solar system with LiFePO4 battery for efficient, reliable residential energy storage and sustainable power solutions.
  • 12KW hybrid solar system with LiFePO4 storage for an efficient and reliable home energy solution.
  • 12KW Hybrid Solar System with LiFePO4 Battery for efficient, reliable home energy storage and backup solution.
  • 12KW hybrid solar system with efficient home power supply and LiFePO4 battery for reliable and sustainable energy storage.
  • 12KW hybrid solar system with LiFePO4 battery for efficient, reliable residential energy storage and sustainable power solutions.
  • 12KW hybrid solar system with LiFePO4 storage for an efficient and reliable home energy solution.
  • 12KW Hybrid Solar System with LiFePO4 Battery for efficient, reliable home energy storage and backup solution.
  • 1. Seamless Grid Autonomy
    MateSolar's 12KW hybrid system dynamically transitions between grid-tied and off-grid modes, optimizing energy usage by storing solar power in batteries or exporting surplus to the grid. This maximizes self-consumption and enhances bill savings through net metering in eligible regions, providing reliable energy independence without interruptions. The system ensures efficient power management, adapting to grid availability and solar input for consistent performance.

    2. Optimized Energy Economics
    Excess solar energy generated during the day charges batteries for nighttime use or feeds into the grid to earn credits. This synergy reduces dependence on peak tariff electricity, cutting energy costs by 30–50% in high-rate areas. MateSolar's design prioritizes economic efficiency, leveraging battery storage and grid interaction to deliver substantial long-term savings and minimize operational expenses.

    3. Intelligent Load Management
    Smart controllers in the MateSolar system direct solar energy to critical loads like refrigerators and lighting first. During low solar production, it automatically switches to battery or grid power, ensuring 24/7 operation for essential systems. This prioritization guarantees uninterrupted service for vital appliances, enhancing reliability and peace of mind in varying weather conditions.

    4. Reliable Power Quality
    With pure sine wave output and overload protection, the system safeguards sensitive devices such as computers and medical equipment. Seamless transitions between power modes prevent disruptions during outages or solar fluctuations, maintaining stable voltage and frequency. MateSolar ensures consistent, high-quality power delivery for all connected loads, protecting against damage and downtime.
Download Inquire

FAQS

Q :

What is the typical energy output of the 12KW hybrid solar system?

A :

The 12KW system can generate approximately 48–60 kWh daily, depending on location and sunlight exposure. It supports high energy demands for residential use, efficiently powering households while storing excess in batteries or exporting to the grid for additional savings.

Q :

How does net metering integrate with this hybrid system?

A :

Net metering allows the system to feed surplus solar energy into the grid, earning credits that offset electricity costs when solar production is low. MateSolar's hybrid setup complies with local regulations, optimizing energy exports and imports to maximize financial returns and reduce utility bills.

Q :

How do hybrid systems optimize energy use?‌

A :

Hybrid systems toggle between grid/off-grid modes, storing solar or exporting excess for net metering credits, maximizing self-use and bill savings in eligible regions.

Q :

How does battery-grid synergy cut energy costs?‌

A :

Excess solar charges batteries for nighttime use or earns grid credits, slashing peak tariff reliance by 30–50% in high-rate areas through smart energy allocation.

Q :

Are critical loads prioritized during low sunlight?‌

A :

Yes, smart controllers power essentials (e.g., fridges, lights) first and auto-switch to battery/grid backup, ensuring uninterrupted 24/7 operation during low solar generation.

Q :

How is stable power maintained during outages?‌

A :

Pure sine wave output and overload protection secure sensitive devices (e.g., PCs, medical gear), while seamless mode shifts prevent disruptions from outages or solar dips.

Q :

Can the system operate during a grid outage?

A :

Yes, the system automatically switches to off-grid mode using battery storage during outages, ensuring continuous power for critical loads. This feature provides backup energy without interruption, maintaining essential functions until grid power is restored.

Q :

What battery types are compatible with this hybrid system?

A :

MateSolar's system is compatible with lithium-ion and lead-acid batteries, offering flexibility for different budgets and needs. It supports efficient charging cycles and long lifespan, integrating seamlessly with the hybrid inverter for reliable energy storage and discharge.

Q :

How much can I save on electricity bills with this system?

A :

Savings vary by region and usage, but users in high-rate areas typically reduce costs by 30–50%. The system minimizes grid dependence through solar self-consumption and battery use, lowering peak tariff expenses and enhancing overall energy affordability.

Q :

Is this system suitable for homes with high energy demands?

A :

Absolutely, the 12KW capacity and hybrid design cater to high-demand households, providing ample power for daily activities and backup needs. It efficiently manages loads and storage to ensure consistent supply, even during peak usage times.

Q :

How does critical load prioritization function in practice?

A :

The system uses smart controllers to identify and power essential appliances first, such as medical devices or refrigeration. In low-sun conditions, it draws from batteries or the grid automatically, ensuring these loads remain operational without manual intervention.

Q :

What maintenance does the MateSolar hybrid system require?

A :

Routine maintenance includes periodic cleaning of solar panels, checking battery health, and updating software for optimal performance. MateSolar offers support services to ensure system longevity, with minimal user intervention needed for daily operations.

Product Information

PV Modules
Parameter
Testing ConditionSTC
Maximum Power(Pmax/W)620W
Open Circuit Voltage(Voc/V)49.55
Short Circuit Current(lsc/A)15.93
Voltage at Maximum Power(Vmp/V)41.06
Current at Maximum Power(lmp/A)15.10
Module Efficiency(%)22.95

Adopting the 182*210mm N-Type TOPCon cells with the highest efficiency; Mechanical load tests including wind load 2400Pa and snow load 5400Pa done by TUV; Ensure the attenuation probability caused by PID phenomenon is minimized; Strict salt spray and ammonia corrosion test by TUV

Lithium Battery
Parameter
Nominal Capacity200Ah
Nominal Voltage48V
Max.Charging Current100A
Max.Discharging Current100A

High Specific Energy; Support Parallel Operation; Easy Installation; Long Cycle Life.

Inverter
Parameter
Inverter Output
Rated Output Power12000W
Rated Output Voltage120/240Vac, single-phase /
split-phase / three-phase(parallel)
Rated AC Frequency50/60Hz
Battery
Battery TypeLead-acid / Li-ion / User-defined
Battery Voltage Range(V)48V
PV Input
Num. of MPPT2
MPPT Operating Voltage Range125～425Vdc
General
Num. of Parallel1～6 units
Dimensions750 x 440 x 240mm (2.46x1.44x0.79ft)
Weight42kg (92.59lb)
Warranty5 years

Colorful touch LCD, IP65 protection degree; AC couple to retrofit existing solar system; 6 time periods for battery charging/discharging; Support storing energy from diesel generator.

Contact US

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.

Contact Us

Free to contact us