Residential Solar System
Product Attribute
● 20KW stacked inverter.
● 20KWH modular high-voltage lithium iron phosphate battery pack.
● Modular design.
● Easy installation.
● Flexible expansion.
● Easy-to-use application.
● Supports Wi-Fi or cellular.
● High temperature resistant.
● Warranty.
Product Description
Designed to seamlessly integrate with solar panels, this advanced storage solution stores excess solar energy, ensuring a continuous and reliable power supply. The Solar Home Energy Storage Unit is engineered for reliability, efficiency, and ease of use. Provides energy independence with its flawless 20KWH power, reducing the carbon footprint with a consistent and sustainable power supply. Backed by a comprehensive warranty and robust customer support, the energy storage unit is the perfect complement to any solar energy system, providing a future-proof solution for the home’s energy needs.
Advantages
The 20KWH Solar Home Energy Storage Unit provides the following benefits to improve the efficiency of solar power system:
01
Flexible Energy Management
02
Scalability
03
Energy Independence
04
Backup Power Supply
05
Maximized Solar Utilization
06
Reduced Transmission Losses
07
Product Specification
| Name | Specification |
| Rated Power | 20KW |
| Stacked Inverter | 20KW |
| Stacked Battery Pack | 20KWH |
| Battery Type | Lithium Iron Phosphate |
| Photovoltaic Panel | 550W |
| Output Control Box | 2P40A |
| DC Junction Box | 1P10S |
| Protection Level | IP21 |
Components
● 20KW Inverter
● Charger
● 20KWH Lithium-Iron Phosphate Battery Pack
● Enclosure
● Display Panel
● Wi-Fi/ Ethernet
● Safety Components
● Solar Charge Controller
● Circuit Breakers and Fuses
● Battery Management System (BMS)
● Energy Management System (EMS)
Application
● Provides electricity during power outages.
● Reduces peak demand charges by using stored energy.
● Stores excess solar energy for use during peak evening hours.
● Enhances resilience against energy disruptions and grid failures.
● Optimizes energy use by balancing supply and demand efficiently.
