High Voltage Home Energy Storage Solution (Stacked)
Brand Weida
Product origin China
Delivery time 15-40 days
Intelligent
Supports seamless switching between emergency power supply and off-grid
One key automatic identification, easy to operate
Efficient power generation
Low self-consumption in sleep mode
Maximum efficiency of 98.2%, intelligent MPPT algorithm, tracking efficiency up to 99%.
Good battery scalability
Number of stacked strings 4~6, can be flexibly adjusted
Layer by layer stacking installation, saving installation time and cost
Safety
High safety lithium iron phosphate battery cell
High power quality, no interference with electrical equipment, ultra-low radiation
High Voltage Home Energy Storage Solution is a home energy storage system that utilizes a high voltage lithium-ion battery pack as the energy storage medium and is assembled using a stacked structure.
High voltage stacked home energy storage system has the following advantages:
High safety: High-voltage lithium-ion batteries have the advantages of high energy density and long cycle life, but there are also safety risks. The stacked structure can effectively reduce the temperature of the battery and improve the safety of the battery.
Small volume and light weight: stacked structure can effectively reduce the volume and weight of the battery pack, and improve the integration degree of the energy storage system.
High efficiency: The stacked structure can improve the charging and discharging efficiency of the battery pack and reduce the energy loss of the system.
The application of high voltage stacked home energy storage system can bring the following benefits to home users:
Improved safety: The safety advantages of the stacked structure can guarantee the safety of home users' electricity consumption.
Reduced cost: The small size and light weight of the stacked structure can reduce the cost of the system.
Improved efficiency: The efficiency advantage of the stacked structure can reduce the cost of the system's electricity consumption.
High-voltage stacked home energy storage systems are still in the development stage, but due to its many advantages, it will have a broad application prospect in the future.
Components of high-voltage stacked home energy storage system
High-voltage stacked home energy storage system is mainly composed of the following parts:
Battery pack: high-voltage stacked home energy storage system uses high-voltage lithium-ion battery pack as the energy storage medium. The battery pack consists of multiple cells stacked together, each with a nominal voltage of 48V.
BMS: BMS is a battery management system, responsible for the safety protection and optimization of the battery pack.BMS can monitor the temperature, voltage, current and other parameters of the battery pack, and timely alarm or cut off the circuit when there is an abnormality.
Inverter: An inverter is a device that converts DC power to AC power. High-voltage stacked home energy storage systems require an inverter to convert the DC power from the battery pack into the AC power required by the home's electrical equipment.
Others: High-voltage stacked home energy storage systems also include other ancillary equipment, such as controllers, monitoring systems and so on.
Application Scenarios of High Voltage Stackable Home Energy Storage System
High voltage stacked home energy storage system can be applied in the following scenarios:
Off-grid families: off-grid families can utilize solar power generation system and high-voltage stacked home energy storage system to realize independent power supply.
Grid-connected households: Grid-connected households can utilize solar power generation systems, high-voltage stacked home energy storage systems and power grids to realize PV self-generation and self-consumption, surplus power on-line and emergency power backup.
Commercial and industrial sectors: Commercial and industrial sectors can also utilize high-voltage stacked home energy storage systems to achieve peak shifting and emergency power backup.
