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358.4V-716.8V 314Ah Energy Storage System High Voltage Lithium Battery

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  • Commercial High-Voltage Lithium Battery (358.4V - 716.8V, 314Ah) Designed for High - Performance Photovoltaic Energy Storage Systems with High Energy Density and Reliability.
  • 314Ah High-Voltage Lithium Battery for Commercial Photovoltaic Energy Storage Systems: High-Performance, Reliable Solution for Renewable Energy Storage and Grid Integration
  • High-Efficiency Professional Commercial Solar Energy Storage Multi-Voltage High-Voltage Lithium Battery (358.4-716.8V, 314Ah) for Grid-Scale Energy Solutions
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  • High-Voltage Commercial Lithium Battery (358.4V-716.8V, 314Ah) for Advanced PV Energy Storage Solutions
  • Commercial High-Voltage Lithium Battery (358.4V - 716.8V, 314Ah) Designed for High - Performance Photovoltaic Energy Storage Systems with High Energy Density and Reliability.
  • 314Ah High-Voltage Lithium Battery for Commercial Photovoltaic Energy Storage Systems: High-Performance, Reliable Solution for Renewable Energy Storage and Grid Integration
  • High-Efficiency Professional Commercial Solar Energy Storage Multi-Voltage High-Voltage Lithium Battery (358.4-716.8V, 314Ah) for Grid-Scale Energy Solutions
  • Commercial Grade High-Voltage Lithium Battery 358.4V-716.8V 314Ah for Solar Energy Storage Systems
  • High-Voltage Commercial Lithium Battery (358.4V-716.8V, 314Ah) for Advanced PV Energy Storage Solutions
  • 1. Uncompromising Safety and Reliability
    MateSolar's energy storage system utilizes advanced LiFePO4 battery chemistry, delivering exceptional safety and stability. It provides an extended cycle life, minimal self-discharge allowing storage for up to six months, and eliminates memory effect. The battery excels in partial state of charge and discharge scenarios, ensuring dependable performance for critical commercial and industrial energy backup.

    2. Streamlined Scalability for Large-Scale Deployment
    Our high-voltage platform significantly simplifies system architecture for substantial energy demands. By minimizing complex parallel wiring, it reduces installation time and potential points of failure. This streamlined integration makes it a superior and cost-effective solution for expansive C&I applications, including microgrids and peak shaving projects.

    3. Adaptive Configuration and Robust Operation
    The system is engineered for flexibility and resilience. It supports effortless capacity expansion through parallel connections and features convenient USB/WiFi for remote monitoring and updates. Designed to perform reliably in diverse environments, it operates with high efficiency across a wide temperature range from -20°C to 55°C.

    4. Superior High-Power Output
    This high-voltage lithium battery meets the most demanding power requirements. With a nominal voltage of 358.4V-716.8V and a substantial capacity of 314Ah, it delivers high discharge currents essential for powering heavy industrial equipment and providing critical grid stabilization services.

FAQS

Q :

How does the LiFePO4 chemistry enhance the safety of the MateSolar battery system?

A :

LiFePO4 is inherently more stable than other lithium-ion chemistries, significantly reducing risks of thermal runaway and fire. This makes our storage system exceptionally safe for installation in diverse commercial and industrial settings.

Q :

What protection features does the Intelligent BMS provide?

A :

The BMS includes over-discharge, over-charge, over-current, and temperature protection, with automatic charge/discharge management and cell balancing.

Q :

How does the module support flexible configuration and upgrades?

A :

Multiple modules can be connected in parallel for capacity expansion, and it supports USB, WiFi (optional), and remote upgrades, compatible with Deye inverters.

Q :

For what primary applications is this high-voltage battery system most suited?

A :

Its scalable high-voltage design is ideal for large-scale commercial and industrial energy storage, microgrids, peak shaving, and critical applications requiring reliable backup power and grid support services.

Q :

Can the system operate effectively in extreme cold or hot climates?

A :

Yes. The battery is designed for a wide operational temperature range from -20°C to 55°C, ensuring consistent performance and reliability in most environmental conditions without requiring excessive auxiliary cooling or heating.

Q :

How does the high-voltage design simplify system integration?

A :

The high-voltage platform reduces the number of batteries needed in parallel to achieve the required power output. This streamlines the overall system design, minimizes balance-of-system components, and lowers installation complexity and costs.

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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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