Greenrich Battery WM5000 Wall Mount 1.5C

Greenrich Battery WM5000 Wall Mount 1.5C

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  • R 17,900.00
  • 5 available
Tax included.

 

Key Features Likely Associated with the Greenrich Battery WM5000 Wall Mount 1.5C:

  1. Battery Type:

    • The "1.5C" likely refers to the C-rate, which indicates how quickly the battery can be charged or discharged relative to its capacity. A 1.5C rating means the battery can discharge or charge at 1.5 times its capacity per hour. For example, if the battery's capacity is 10 kWh, it could theoretically be discharged in 2/3 of an hour (or 40 minutes) at that rate.

  2. Wall Mountable:

    • The term "Wall Mount" suggests that this battery is designed to be mounted vertically or horizontally on a wall, which is typical for home energy storage systems (such as those used in solar energy storage or backup power solutions). Wall-mounted systems are often compact and ideal for residential or commercial settings where floor space is limited.

  3. Application:

    • Such battery systems are usually part of home energy storage systems (ESS), used for solar energy storage (charging the battery during the day and discharging at night or during peak usage times). It may also serve as a backup power source in case of grid outages.

  4. Energy Storage:

    • The WM5000 could refer to a particular capacity or model within Greenrich’s product lineup, potentially in the range of 5 kWh or more, though exact capacity would need confirmation from product specifications.

  5. Technology and Efficiency:

    • Greenrich products likely use Lithium-Ion or LiFePO4 battery technology, which is common for high-efficiency energy storage solutions. These chemistries offer good cycle life, safety, and thermal stability.

  6. Cyclic Life:

    • If this is a high-quality residential or commercial product, the battery could offer high cycle life (e.g., 3,000 to 5,000 charge/discharge cycles) depending on the type of lithium battery used.

  7. Inverter Compatibility:

    • Such systems are often compatible with inverters to convert DC electricity (stored in the battery) to AC electricity for use in home appliances. If you're planning to integrate it with a solar power system, ensuring the correct inverter sizing is key.