5Kw-5kva 5000watts 48v Must Marstek Lithium Solar Kit

5Kw-5kva 5000watts 48v Must Marstek Lithium Solar Kit

-10%

Current price is: KSh 340,000.00. Original price was: KSh 378,000.00.

5kW-5kVA 5000 Watts 48V Must Marstek Lithium Solar Kit

The 5kW-5kVA 5000 Watts 48V Must Marstek Lithium Solar Kit is an excellent solution for those seeking reliable and efficient solar energy for residential or small commercial use.

Kit Components:

  • 4 Solar Panels: 470W All Weather Mono Solar Panels for maximum energy capture and durability.
  • Cable: 20-meter Cable (Free) for easy installation and connectivity.
  • 1 Battery: 5kW 48V Marstek Lithium Battery for advanced energy storage and efficient power management.
  • 1 Inverter: 5kW Must Hybrid Inverter for seamless integration and dependable power supply.

This solar kit is designed to provide a robust and sustainable energy solution, leveraging the power of solar energy to meet your energy requirements efficiently.

Current price is: KSh 340,000.00. Original price was: KSh 378,000.00.

Add to cart
Buy Now
Reviews (0)

Reviews

There are no reviews yet.

Be the first to review “5Kw-5kva 5000watts 48v Must Marstek Lithium Solar Kit”

Your email address will not be published. Required fields are marked *

Product Description

5kW-5kVA 5000 Watts 48V Must Marstek Lithium Solar Kit

The 5kW-5kVA 5000 Watts 48V Must Marstek Lithium Solar Kit is an excellent solution for those seeking reliable and efficient solar energy for residential or small commercial use.

Kit Components:

  • 4 Solar Panels: 470W All Weather Mono Solar Panels for maximum energy capture and durability.
  • Cable: 20-meter Cable (Free) for easy installation and connectivity.
  • 1 Battery: 5kW 48V Marstek Lithium Battery for advanced energy storage and efficient power management.
  • 1 Inverter: 5kW Must Hybrid Inverter for seamless integration and dependable power supply.

This solar kit is designed to provide a robust and sustainable energy solution, leveraging the power of solar energy to meet your energy requirements efficiently.

You cannot copy content of this page