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Commercial 150KW Hybrid Solar System With Battery Backup For Sale

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  • Limited Stock Commercial Hybrid Solar System 150KW Lithium Power Solution.
  • Top Selling 150KW Commercial Hybrid Solar System Kit with Lithium Battery Backup.
  • High Demand Commercial Hybrid Solar System Kit 150KW Industrial Lithium Backup.
  • Efficient 150KW Hybrid Solar Power Storage System Commercial Energy Savings.
  • Limited Stock Commercial Hybrid Solar System 150KW Lithium Power Solution.
  • Top Selling 150KW Commercial Hybrid Solar System Kit with Lithium Battery Backup.
  • High Demand Commercial Hybrid Solar System Kit 150KW Industrial Lithium Backup.
  • Efficient 150KW Hybrid Solar Power Storage System Commercial Energy Savings.
  • 1. Core Inverter Technology
    MateSolar's Industrial Commercial 150KW Hybrid Solar System integrates a 165KW peak power inverter with 7 MPPT trackers, supporting 21 PV strings. With 98.8% max efficiency and 48A input current, it maximizes energy harvest from high-efficiency modules. PID repair ensures 3% more annual yield, while <1% current harmonic distortion maintains grid stability. Optimizers boost rooftop utilization by 50% for 30% higher generation.

    2. Storage & Safety Architecture
    The lithium battery system features pack-level "one-pack-three-protections" and cluster-level "one-cluster-six-safeguards" design. With 15ms DC ground fault cutoff, 0.5s arc suppression (AFCI), and 30V rapid shutdown, it delivers L4 safety. AI-driven thermal management limits cell temperature variance to ≤2°C, enabling stable 25-year operation.

    3. Intelligent Management System
    Smart I-V curve diagnosis pinpoints module-level faults (±1 panel) within minutes, slashing troubleshooting by 90%. FusionSolar AI coordinates PV-storage-load in real-time, enabling 10s reactive power compensation and seamless island/grid transition. Energy cloud platforms optimize tariffs via peak-valley arbitrage.

    4. Reliability & Warranty
    Undergoing 1,400+ reliability tests, including lightning surge and extreme thermal cycling, the system achieves 99.999% availability. IP65 protection and corrosion-resistant materials ensure 25-year lifespan. Comprehensive warranty covers 15 years for inverters and 10 years for batteries.
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FAQS

Q :

How does MateSolar ensure uninterrupted operation during grid failures?

A :

The system activates black start in minutes using battery-stored energy. Seamless transition to off-grid mode powers critical loads via 150KW inverter. Grid resynchronization occurs automatically once utility power stabilizes.

Q :

What specific safety mechanisms are implemented at the battery pack and cluster level?

A :

Our lithium battery system employs a multi-layered safety architecture. At the pack level, the one-pack-three-protections design monitors and manages critical parameters. At the cluster level, the one-cluster-six-safeguards system provides comprehensive oversight. This is complemented by a 15 millisecond DC ground fault cutoff, a 0.5 second arc fault detection and suppression (AFCI), and a 30V rapid shutdown capability, collectively achieving L4 safety standards.

Q :

Can this system reduce demand charges via peak shaving?

A :

Yes. AI forecasts load patterns and shifts 150KWh battery discharge to peak tariff periods. Configurable thresholds cut grid draw by 100%, lowering demand charges. ROI typically achieves <6 years.

Q :

What warranty coverage applies to key components?

A :

Inverters receive 15-year coverage. Batteries include 10-year warranty with 60% residual capacity guarantee. Remote monitoring and prioritized on-site support ensure rapid fault resolution.

Q :

How does the inverter system maximize energy harvest from high-efficiency solar modules?

A :

The core inverter integrates 7 MPPT trackers to support 21 PV strings, accommodating diverse rooftop orientations and complex shading conditions. With a 48A high input current per MPPT and a maximum conversion efficiency of 98.8 percent, it fully leverages the output of modern high-power modules. Additionally, integrated PID repair function recovers potential-induced degradation to ensure at least 3 percent more annual energy yield.

Q :

How does the intelligent management system reduce operational maintenance time?

A :

The system features a smart I-V curve diagnosis tool that can accurately pinpoint faults at the module level, identifying issues with a precision of plus or minus one panel within minutes. This advanced diagnostics capability reduces traditional troubleshooting time by up to 90 percent, allowing for rapid maintenance and minimizing energy loss.

Q :

How is the system's long-term reliability and performance in harsh environments validated?

A :

The entire system has undergone a rigorous validation regimen of over 1400 reliability tests. These tests include immunity to lightning surges and endurance through extreme thermal cycling, ensuring stable operation in challenging conditions. With an IP65 protection rating and corrosion-resistant materials, the system is built to achieve a 99.999 percent availability rate over its 25-year lifespan.

Q :

How do the integrated optimizers enhance rooftop energy generation and utilization?

A :

The DC optimizers dynamically manage the operating point of each individual module or small string, mitigating power losses caused by partial shading, soiling, or module mismatch. This technology unlocks the ability to install PV arrays across complex rooftop layouts with multiple orientations and tilt angles, increasing effective rooftop utilization by up to 50 percent. This configuration leads to a system-wide energy yield improvement of approximately 30 percent compared to traditional string inverter setups.

Q :

What is the operational significance of the rapid shutdown function meeting the 30V safety standard?

A :

The rapid shutdown system that achieves a 30V threshold is a critical safety feature for firefighter and service personnel safety. Upon system shutdown or grid failure, it automatically reduces the DC voltage in the rooftop array wires to a safe level below 30V within seconds. This ensures that emergency responders or maintenance crews can safely approach and work on the roof without risk of high-voltage DC electrocution, complying with stringent safety codes like NEC 2017 and beyond.

Product Information

PV Modules
Parameter
Testing ConditionSTC
Maximum Power(Pmax/W)595W
Open Circuit Voltage(Voc/V)52.79
Short Circuit Current(lsc/A)14.19
Voltage at Maximum Power(Vmp/V)43.88
Current at Maximum Power(lmp/A)13.56
Module Efficiency(%)23.02

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 Capacity280Ah
Nominal Voltage250-850V
Max.Charging Current140A
Max.Discharging Current140A

Quick Customization of Electricity; Easy Installation Flexible Expansion;
Emergency-Backup and Off-Grid Functionality; Safety first Smart BMS system.

Inverter
Parameter
ModelMPS0150
Dimension W*D*H (mm)1,200*800*2,050
AC(on-grid)
Rated power150kW
Rated voltage400 High-leg Delta with split phas
Rated current216A
Rated frequency50/60Hz
THDi<3%
Power factor1lagging-1leading( Settable )
AC connection3W+N+PE
AC(off-grid)
Rated power150kW
Rated voltage400 High-leg Delta with split phase
Rated current216A
THDU≤1% linear; or≤5% nonlinear
Overload capability110% long-term
PV
MAX PV power120/180/240kW
MPPT voltage range250-850V
Battery
Battery voltage range420-850V

Various working modes can be set flexibly; Seamless transfer between on and off grid; Perfect protection function to protect inverters and batteries; Integrated design to support loads, batteries, power grids, diesel generators and PV be connected.

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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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