Introducing the FelicitySolar Kenya 3KVA 24V (3KW) Hybrid Solar System:
Experience efficient and sustainable power generation with the FelicitySolar Kenya 3KVA 24V Hybrid Solar System. This versatile solution seamlessly integrates high-performance 350W 30V mono solar panels, reliable 200Ah 12V Solar Gel batteries, and a powerful 3KVA 24V inverter with a built-in 4000W MPPT charge controller.
Key Components:
- Solar Panels:
- 5 Units of 350W 30V Mono Panels
- Panel Size: 1038158035mm
- Total Solar Capacity: 1750W
- Solar Gel Batteries:
- 2 Units of 200Ah 12V Solar Gel Batteries
- Efficient and maintenance-free energy storage
- Total Battery Capacity: 4.8KWh
- Inverter:
- 1 Unit of 3KVA 24V Inverter (3KW)
- Built-in 4000W MPPT Charge Controller
- Seamless integration for optimal solar energy utilization
- Smart inverter technology for grid compatibility and hybrid functionality
System Features:
- Hybrid Functionality: Seamlessly switch between solar and grid power, ensuring continuous and reliable energy supply.
- Advanced MPPT Technology: The inverter’s built-in Maximum Power Point Tracking optimizes solar panel efficiency, maximizing energy harvesting.
- High-Capacity Solar Batteries: Store excess solar energy in the 200Ah 12V Solar Gel batteries for use during periods of low sunlight or in the event of a power outage.
- Smart Energy Management: Monitor and control your energy consumption through the intuitive interface, allowing for real-time insights and adjustments.
- Grid Backup: Automatically switch to grid power during low sunlight periods or increased energy demands, providing a reliable backup source.
- Scalable Design: Easily expand your solar panel or battery capacity to accommodate changing energy needs, offering flexibility for future upgrades.
- Compact and Efficient: The system is designed for easy installation and space efficiency, making it suitable for a variety of settings.
Experience the FelicitySolar Kenya 3KVA 24V Hybrid Solar System — a powerful and intelligent solution crafted to meet your energy requirements with precision and sustainability.