Lithium Batteries For Home Solar System
1、Similar products are smaller
2、Lifepo4 battery is safe and stable
A rack-mounted battery is a type of battery system designed for installation within a rack. It typically consists of multiple battery units that are supported and installed using a rack structure. This design allows for convenient installation in standard racks or cabinets, facilitating centralized management and deployment.
Rack-mounted batteries are commonly used in applications that require high-capacity battery storage, such as data centers, communication base stations, industrial equipment, and emergency backup power systems.
Features
1,Similar products are smaller
2,Automobile module batteries, strictly selected, enough to meet the standard
3,Lifepo4 battery is safe and stable
Parameter
| NO | Item | SPEC | Remark |
| 1 | Rated Capacity | 150AH | |
| 2 | Rated Voltage | DC-51.2V | |
| 3 | Rated Energy | 7680wh | |
| 4 | Operating Voltage | 44.8V～58.4V | 2.8V～3.65V |
| 5 | Max. Charge Current | 50A | |
| 6 | Max. Discharge Current | 100A | |
| 7 | Peak Current | 150A | |
| 8 | Battery Type | LiFePO4 Battery | |
| 9 | Discharge Temp | -10℃～55℃ | |
| 10 | Charge Temp | 0℃～55℃ | |
| 11 | Dimension | L480mm*W450*H216mm | |
| 12 | Weight | 55Kg | |
| 13 | Internal Resistance | ≤30mΩ | |
| 14 | Cycle Life | 6500 | 25℃ |
| 15 | Communication | CAN+RS232+RS485 |
Working principle of photovoltaic grid-connected inverter
An inverter converts direct current (DC) to alternating current (AC). If the DC voltage is low, it is boosted by an AC transformer to obtain the standard AC voltage and frequency. For large-capacity inverters, due to the high DC bus voltage, the AC output generally does not require a transformer to reach 220V. In medium- and small-capacity inverters, because the DC voltage is lower, such as 12V or 24V, a boost circuit must be designed.
Medium- and small-capacity inverters generally have three types of circuits: push-pull, full-bridge, and high-frequency boost inverters. In a push-pull circuit, the neutral plug of the boost transformer is connected to the positive power supply. The two power transistors work alternately to output AC power. Because the power transistors are connected to a common ground, the drive and control circuits are simple. Furthermore, the transformer has a certain leakage inductance, which limits short-circuit current, thus improving circuit reliability. Its disadvantages are low transformer utilization and poor ability to drive inductive loads.
The full-bridge inverter circuit overcomes the disadvantages of the push-pull circuit. The power transistors adjust the output pulse width, and the effective value of the output AC voltage changes accordingly. Because this circuit has a freewheeling loop, the output voltage waveform will not be distorted even with an inductive load. The disadvantage of this circuit is that the power transistors of the upper and lower bridge arms are not grounded together, therefore a dedicated drive circuit or an isolated power supply must be used. Furthermore, to prevent the upper and lower bridge arms from conducting simultaneously, a turn-off-before-turn-on circuit must be designed, i.e., a dead time must be set, making the circuit structure relatively complex.
The application of backup rack-mounted batteries in data centers includes:
1,Emergency backup power: Data centers heavily rely on uninterrupted power supply. Backup rack-mounted batteries serve as emergency backup power sources, providing electricity support to ensure that critical equipment continues to function during power outages or electrical failures, preventing data loss and business interruptions.
2,Energy storage and balancing: Backup rack-mounted batteries can store a large amount of electrical energy and release it during peak demand periods. This helps data centers balance the difference between power demand and supply, reducing peak power requirements, relieving stress on the power grid, and achieving more efficient energy management.
3,UPS system support: Data centers commonly utilize uninterruptible power supply (UPS) systems to provide power protection and smooth transitions. Backup rack-mounted batteries play a vital role as key components of UPS systems, ensuring a continuous power supply to enable smooth operation of equipment during power interruptions.
Product qualification
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About Us
BLOOPOWER is a high-tech enterprise integrating R&D, design, production and sales of energy storage battery packs. The main business is lithium batteries, iron phosphate carp batteries, household energy storage batteries, industrial and commercial energy storage and portable outdoor power supplies. Committed to providing professional customized solutions for global customers in the fields of energy storage batteries and outdoor power supplies.
FAQ
Q: How do I determine the amount of battery storage required for my home?
A: To determine the best size for your battery storage system, you can consult with manufacturers or installation specialists who have tools to help with this process. Alternatively, if you have the time and patience, you can calculate the wattage of each appliance you want to power and follow the steps to properly size your system. Additionally, it is worth noting that when paired with solar panels, a battery storage system can provide your home with unlimited power.
Q: What is the required load for your battery backup system?
A: When determining the amount of battery power you need, it is important to take into account your daily peak energy usage in KWh. For low energy needs such as lighting, most backup systems should suffice. However, if you have high energy demands from appliances such as pool pumps, air conditioners, or heavy startup loads, you must consider peak loads.
Q: Is it possible for me to install the energy storage system at home by myself?
A: Yes, you may install the battery following our installation instructions. Please make sure to read the instructions thoroughly before beginning the installation process.
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