Stack Home Battery Backup
Backup Power
Provide backup power for household appliances in case of power outages or emergencies.
Lithium Technology
Known for its high energy density, long life, and safety.
Modular Design
It can be easily expanded or reduced according to the energy needs of users.
Renewable Energy
Integration with renewable energy sources such as solar panels or wind turbines.
stackable home backup batteries
Our home battery backup systems offer a modular design, allowing you to start with a smaller capacity and gradually expand as your needs grow. We primarily produce 3 models: 5kWh, 7.5kWh, and 10kWh units, which can be connected in parallel to increase total capacity. The maximum number of units that can be connected in parallel varies by model, but typically up to 16 units, reaching a total of up to 160 kWh.
5Kwh 48V 100Ah Energy Storage Battery
Nominal voltage: 51.2V
Nominal capacity: 100Ah
Rated energy: 5120Wh
Recommend charge current: 100A
Peak discharge current: 200A
Size: 450*442*177mm
BMS: RS485/CAN
7.5Kwh 48V 150Ah Energy Storage Battery
Nominal voltage: 51.2V
Nominal capacity: 150Ah
Rated energy: 7680Wh
Recommend charge current: 100A
Peak discharge current: 200A
Size: 500*442*222mm
BMS: RS485/CAN
10Kwh 48V 200Ah Energy Storage Battery
Nominal voltage: 51.2V
Nominal capacity: 200Ah
Rated energy: 10,240Wh
Recommend charge current: 100A
Peak discharge current: 200A
Size: 550*442*222mm
BMS: RS485/CAN
Battery Energy Storage Systems Features:
Strong Scalability: Stackable home energy storage can be expanded according to user needs to meet different capacity requirements. We offer three models: 5 kWh, 7.5 kWh, and 10 kWh units, which can be gradually expanded to increase storage capacity based on electricity demand.
High Flexibility and Cost-Effectiveness: The modular design of stackable home energy storage provides high flexibility and cost-effectiveness.
High Safety: Stackable home energy storage uses an advanced Battery Management System (BMS) that monitors the battery status in real-time, resulting in low maintenance costs.
High Efficiency: The charge and discharge efficiency of stackable home energy storage is high, with minimal energy loss.
Applications for stacked battery generator
Stackable home energy storage can be applied in various scenarios, including:
- Home Solar Power Systems: Stackable home energy storage can be used with home solar power systems to achieve self-consumption of solar energy, improve energy utilization, reduce electricity bills, and even sell excess power to the national grid during peak periods for additional income.
- Emergency Backup Power: Stackable home energy storage can serve as an emergency backup power source, providing reliable electricity supply during outages, ensuring that homes, offices, and factories are not affected by power interruptions.
- Microgrids: Stackable home energy storage can be integrated into microgrids, providing backup power and peak shaving functions for the microgrid.
home solar battery Model List
Below are some models of our company rack mounted home energy storage, mainly including 5Kwh, 7.5Kwh, and 10Kwh batteries. It includes basic information such as voltage, capacity, weight, charging method, discharge method, size, etc.
Model | Voltage (V) | Capacity (Ah) | Dimension (Leng*Width*Height) (mm) | Weight (Kg) | Chage Method | Discharge Method | Know More |
|---|---|---|---|---|---|---|---|
HYT48100R | 51.2 | 100 | 450*442*177 | 45 | CC/CV | CC/CV | |
HYT48150R | 51.2 | 150 | 500*442*222 | 70 | CC/CV | CC/CV | |
HYT48200R | 51.2 | 200 | 550*442*222 | 85 | CC/CV | CC/CV |
Stack Lithium Battery Backup Factory
- Minimum Order Quantity: 50 pieces per model.
- All orders come with the necessary certificates.
- Custom different home stackable backup solution.
How many batteries for home backup
How many batteries you need for home backup depends on the following factors:
Your Energy Usage: First, determine your daily energy consumption. Check your electricity bills for the past 6 months.
Solar Panel Power: Understand how many solar panels you have installed and the output power of each panel.
Battery Efficiency: Measure how much of the stored energy is actually usable. Generally, battery output efficiency is over 95%.
Your Budget: Batteries can be expensive, so consider your budget when deciding how many batteries to purchase.
Why select us as battery energy storage system supplier
Hongyitai is a home energy storage manufacturer based in China. All of our stackable home energy storage products are produced in our state-of-the-art lithium battery factory. All products comply with stringent international standards and testing requirements.
- Cell certificated: All lifepo4 battery cells have UL1642, UL62133, IEC62133, UN38.3, MSDS.
- Advanced technology: Support WiFi, APP, data online monitoring.
- Easy to use: Compatible with all solar photovoltaic and wind systems, rack-mounted or wall-mounted.
- Compact design: Neat integrated wall mounted slim design.
- Long lifespan: 6000+ cycle life and at least 3 years warranty.
Homegrid Stacked Battery Manufacturing Flow
#1 Cell Selection
Select the quantities of LFP battery cells we need. Ensure they works fine.
#2 Battery Sorting
Make sure that the capacity, voltage, and internal resistance of the selected cells are consistent.
#3 Arrangement & Assembly
Combine the required battery modules in a series-parallel manner.
#4 Spot Welding
The positive and negative terminals of the battery are connected via nickel tabs to form the desired capacity or voltage.
#5 Mounting Protection Board
Connect the protection board on the battery pack to ensure that its overcharge, overdischarge and short circuit protection functions properly.
#6 Packaging & Aging
Wrap the battery pack in metal casing while charging and discharging to activate the battery pack performance.
FAQs for stackable home battery backup
The duration the battery can provide power depends on the battery capacity and the household's energy consumption. Generally, a 10 kWh battery can supply power to basic household appliances for at least 24 hours.
Yes, but you need to consider the complexity and potential risks of the project. It requires in-depth knowledge of battery technology, protection boards, metal enclosures, circuit design, and electrical technology.
