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Redway’s EOH Series 48V Energy Storage System combines solar, grid, and hybrid applications. With a 5,000W AC output, lithium-ion battery, and versatile communication options, it’s a compact, efficient solution. Perfect for backup power during outages and energy independence. The EOH series offers real-time monitoring, flexible charging, and multiple protections for safe, reliable power.
It has a 5,000W rated AC output power with a choice of 230Vac or 120Vac output voltage. The maximum PV open circuit voltage of the inverter is 500Vdc, and the MPPT voltage range is 120~450Vdc.
The system also includes a 5.12kWh lithium-ion battery with a rated voltage of 51.2V and a capacity of 100Ah. Support 100A (1C) constant current charge and discharge, the discharge depth is 80%. The system can be installed horizontally, with communication options such as RS485, CAN, and WiFi. Its protection level is IP20, and the size of the inverter and the battery are both 710*450*192mm. The weight of the inverter is kg, and the weight of the battery is 53 kg.
All-in-one EOH Series 48V Battery Storage Review
Redway EOH Series 48V Lithium Battery Storage System offers reliable, high-performance energy storage. With a compact design, LiFePO4 batteries, and intelligent BMS, it ensures longevity and safety. Flexible charging options, pure sine wave output, and multiple protections enhance reliability. Suitable for off-grid and grid-connected solar systems, backup power, UPS, and energy management.
One of the main features of the EOH series is its compact design, which makes it suitable for spaces with limited space. It consists of a battery expansion module and a power module, allowing users to easily add capacity as needed. The system uses lithium iron phosphate (LiFePO4) batteries, known for their long cycle life, safety and stability.
Each battery module in the EOH series is equipped with an intelligent battery management system (BMS), which can monitor and control battery status and performance in real time. This ensures optimum performance and longevity of the battery.
The system can be charged using solar (photovoltaic) or mains electricity. The photovoltaic charging module has a maximum power tracking algorithm to optimize the charging process. The mains charging module adopts advanced control algorithm to provide safe and reliable charging.
The inverter modules in the EOH series use advanced pulse width modulation (PWM) technology to convert DC power to AC power. Output pure sine wave to ensure stable and reliable power supply for household appliances and tools. The system also includes multiple protection functions such as over-voltage protection, under-voltage protection, short-circuit protection, over-temperature protection, and overload protection.
The EOH series 48V lithium battery storage system offers several advantages. BMS provides real-time monitoring and control, allowing users to track the status and performance of the battery. The system’s flexible charging options can efficiently utilize solar or utility power. The pure sine wave output of the inverter ensures stable power supply. In addition, the system’s multiple protection functions enhance safety and reliability.
The EOH series has a wide range of applications. It can be used in off-grid solar systems, storing excess solar energy for later use. It is also suitable for grid-connected solar systems to provide backup power in the event of a grid outage. The system can be used as a backup power source for homes and businesses, ensuring uninterrupted power supply during power outages. It can also be used as an uninterruptible power supply (UPS) for critical equipment. Finally, the EOH series can be used for energy management, allowing the efficient use of stored energy.
To sum up, the Redway all-in-one EOH series 48V lithium battery storage system is a reliable, high-performance and easy-to-use energy storage solution. Its compact design, advanced features, and flexible applications make it ideal for homes and small businesses.
Which is better, a 48v system or a 24v system?
Choosing between a 48V and a 24V system depends on specific needs. A 48V system offers higher efficiency and energy capacity, suitable for data centers and electric vehicles. In contrast, 24V systems are common in residential solar setups. Consider factors like energy demands, wiring size, and component availability for the best choice.
Ultimately, the choice between 48v and 24v systems should be based on the specific needs and constraints of the project.
1. Energy capacity: 48V systems can handle higher energy demands compared to 24V systems. Due to its higher voltage capacity, it is capable of running more powerful appliances such as electric heaters and air conditioners.
2. Wiring size: 48V systems require smaller wiring than 24V systems. This is because higher voltage systems have lower amperage, which reduces wire thickness and cost.
3. Efficiency: Higher voltage systems such as 48V systems are more efficient than lower voltage systems such as 24V systems. This means that the 48V system can produce the same power with less current, reducing transmission losses and improving power generation efficiency.
4. Component Availability: While both 48V and 24V systems are available, it is worth noting that 48V systems, previously considered the future of solar power, are now more readily available in the market.
5. Battery pack configuration: Both 48V and 24V systems can be configured using both series and parallel. However, a 48V system requires fewer batteries in series to achieve the required voltage, which is beneficial for weight reduction and system simplification.
6. Inverter compatibility: For inverters, the matching of battery pack voltage and inverter voltage is very important. A 48V system requires a 48V inverter, while a 24V system requires a 24V inverter.
Ultimately, the choice between a 48V system and a 24V system depends on your specific energy needs, the devices you want to power, the space available, and your budget. If you have higher energy needs and wish to run more powerful equipment, a 48V system may be a better choice. However, if your energy needs are more modest, a 24V system can still provide reliable power. It is recommended to carefully evaluate your requirements and consult a solar expert to determine the best voltage for your situation.
