Greenrich (7500w/4960wh) 4.95kwh WM5000 Lithium Battery Wall Mount

Greenrich (7500w/4960wh) 4.95kwh WM5000 Lithium Battery Wall Mount

Brand: Solar Warehouse SA
14600.00 ZAR In stock Buy at Merchant

Greenrich 5kWh UP5000 (7500w/4960Wh) Lithium-iron Battery A wall mounted lithium battery typically refers to a lithium battery system that is designed to be mounted on a wall. These systems are commonly used for energy storage applications, such as in residential or commercial settings with solar panels or as back up power sources. Function of the Greenrich Wall mount Battery: Discharge Current 150A Under voltage protection Short-circuit protection Low temperature charge protection High temperature charge protection Low temperature discharge protection High temperature discharge protection Charge over-current current protection Discharge over-current protection Dormancy function CAN communication Capacity: 4954WH Power: 7500W Discharging Rate: 1.5C Rated Voltage: 51.2V Normal Capacity: 96.6Ah , 4.95kWh Charge Mode: CC/CV/CP Max. Charge Current: 80A Charging cut-off voltage: 57.4V Discharge Mode: CC/CP Discharge cut-off voltage: 44.8V Max. Discharge Current: 150A (1.5C continuous) Peak Discharge Current: 350A (100ms) Humidity: 5% to 95% Relative Humidity (Non-condensing) Size: 512 x 442 x 222.6 51kg Warranties: All inverters and batteries must be installed by a qualified electrical wireman or Master electrician with a valid registration with the Department of Labour. A valid electrical certificate of compliance (COC) must be issued once installed, specific to the installation of the backup or solar system. The installation must be compliant with SANS 10142 and ALL its parts. Any warranty claim submitted without installation photos, a valid COC, and proof of a qualified wireman/master electrician installing the unit, can be rejected and will render the warranty claim null at the void.

Variants (1)
  • Default Title — 14600.00 ZAR — In stock

AI Readiness

Good foundation, but some important product data is still missing.

80%