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Commercial 30KW Hybrid Solar System For Sale At Factory Price

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  • 30KW HJT Solar Hybrid System with WiFi monitoring for efficient, real-time energy management and sustainable power solutions.
  • 30KW hybrid solar system with WiFi monitoring for efficient and smart commercial energy management.
  • 30kW hybrid solar + commercial WiFi for a reliable, efficient and scalable off-grid power and connectivity solution.
  • 30KW Hybrid Solar System with High Efficiency HJT Panels, WiFi Monitoring, Scalable Commercial Energy Solution
  • 30KW HJT Solar Hybrid System with WiFi monitoring for efficient, real-time energy management and sustainable power solutions.
  • 30KW hybrid solar system with WiFi monitoring for efficient and smart commercial energy management.
  • 30kW hybrid solar + commercial WiFi for a reliable, efficient and scalable off-grid power and connectivity solution.
  • 30KW Hybrid Solar System with High Efficiency HJT Panels, WiFi Monitoring, Scalable Commercial Energy Solution
  • 1. 24/7 Hybrid Energy Autonomy
    MateSolar's 30KW hybrid solar system ensures continuous power for heating, cooling, and essential appliances during grid outages. Advanced smart algorithms optimize energy consumption and store surplus electricity for use at night or during low solar generation. This system offers full energy independence, making it an ideal solution for homes and businesses seeking reliable and self-sustaining power.

    2. Thermal Storage Efficiency
    This hybrid system captures excess solar energy and converts it into thermal storage for heating and cooling applications. It significantly lowers dependency on the grid and is particularly effective in areas with extreme temperatures or unstable power supply. The integration of solar-thermal storage enhances overall energy utilization and reduces operational costs.

    3. Modular Lithium Scalability
    Start with a 5kWh battery capacity and seamlessly expand to over 20kWh based on evolving energy needs, such as EV charging or additional appliance support. The modular lithium batteries allow flexible upgrades without replacing core components, providing a cost-efficient and future-proof energy storage solution.

    4. Climate-Proof Reliability
    Engineered to perform reliably in temperatures from -30°C to 50°C, this system delivers pure sine wave output to protect sensitive electronics. It includes overload protection and corrosion-resistant materials, ensuring durability in harsh environments such as coastal or desert climates.
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FAQS

Q :

How does the MateSolar 30KW hybrid system ensure uninterrupted power during a grid outage?

A :

The system operates independently of the grid using its hybrid inverter and battery storage to provide continuous 24/7 power for critical loads such as heating, cooling, and essential appliances, ensuring business continuity and comfort.

Q :

What role do the advanced smart algorithms play in this solar system?

A :

Our smart algorithms continuously monitor energy production and consumption patterns to dynamically optimize the use of solar power, prioritize battery charging, and intelligently dispatch stored energy during nighttime or periods of low solar generation for maximum efficiency and cost savings.

Q :

How does the thermal storage component improve overall energy efficiency?

A :

The system captures surplus solar electricity that would otherwise be curtailed and converts it into thermal energy for heating and cooling purposes. This solar-thermal integration significantly boosts overall energy utilization, reduces waste, and directly lowers operational expenses associated with climate control.

Q :

In which environments is the thermal storage feature most beneficial?

A :

This feature is particularly effective for facilities located in regions with extreme temperature swings or an unstable main grid, as it provides a reliable and efficient method for space heating and cooling without increasing grid electricity consumption.

Q :

What are the advantages of the modular lithium battery design?

A :

Our modular lithium batteries allow you to initiate your energy storage with a 5kWh unit and seamlessly scale up to over 20kWh as your demands grow. This eliminates the need for a large initial investment and provides the flexibility to expand capacity for future needs like supporting electric vehicle charging stations.

Q :

Can battery capacity be expanded later?‌

A :

Yes, modular lithium systems scale from 5kWh to 20kWh+ without core replacements, enabling cost-effective growth for EV charging or higher energy needs.

Q :

Is the battery expansion process complicated or costly?

A :

No, the scalability is designed for simplicity and cost-efficiency. You can add more battery modules to your existing system as required without replacing the core inverter or other primary components, making it a future-proof and economically sensible storage solution.

Q :

How is the system engineered to perform in harsh climatic conditions?

A :

The MateSolar system is built with components rated for reliable operation across a wide temperature range from -30°C to 50°C. It utilizes corrosion-resistant materials and robust construction to ensure long-term performance and durability, even in challenging environments like coastal areas or deserts.

Q :

What protections are in place for sensitive commercial equipment?

A :

The system delivers a stable pure sine wave output, which is identical to or better than grid power quality, ensuring the safe operation of sensitive electronics like servers and medical equipment. It is further equipped with comprehensive overload and surge protection circuits to safeguard connected devices.

Q :

Can the system export surplus solar energy back to the grid?

A :

Yes, the MateSolar 30KW hybrid system is equipped with grid-interactive functionality. When configured for local regulations, it can intelligently export any surplus solar energy that is not used by the premises or stored in the batteries, potentially generating feed-in tariff revenue or credits depending on your utility agreement.

Q :

What is the expected lifespan of the core system components?

A :

The hybrid inverter is designed for a service life of over 10 years. The modular lithium batteries are rated for a minimum of 6000 cycles while maintaining a high capacity retention, translating to more than 15 years of reliable operation based on a typical daily usage cycle.

Q :

Does the system provide detailed monitoring and control capabilities?

A :

Absolutely. The system includes a dedicated smart energy management system that provides real-time and historical data on energy production, consumption, battery status, and grid interaction. This platform is accessible via a user-friendly web portal and mobile app, allowing for remote monitoring and control of your power settings from anywhere.

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 Capacity280Ah
Nominal Voltage460.8V
Max.Charging Current140A
Max.Discharging Current140A

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

Inverter
Parameter
ModelMPS0030
Dimension WxDxH (mm)800x800x1900
AC(on-grid)
Rated power30kW
Rated voltage208V High-legDelta with split phase(Opt)
Rated current83A
Rated frequency50/60Hz
THDi<3%
Power factor1lagging-1leading( Settable )
AC connection3W/N/PE / 3W/N/PE Delta(Opt)
AC(off-grid)
Rated power30kW
Rated voltage208V High-legDelta with split phase(Opt)
Rated current83A
THDU≤1% linear; or≤5% nonlinear
Overload capability110% long-term
PV
MAX PV power36/72kW
MPPT voltage range250-850V
Battery
Battery voltage range250-850V
Max. charging power (kW)36/72
General data
Net weight (kg)576/607
Operation temperature (℃)-30 ~ 55
Relative humidity0~95% non-condensing
Ingress protectionIP20
Noise emission (dB)<70
Operating altitude5,000m(>3,000 Derating)
CoolingAir Cooling
Display and communication
DisplayLCD touch-screen
BMS communicationRS485, CAN
EMS communicationRS485, TCP/IP
CertificatesEN62109-1/-2, EN62477-1, EN61000-6-2, EN61000-6-4, South Africa NRS097-2-1:2017,
Pakistan & India IEC61727, IEC62116, IEC 61683

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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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