• Utility ess solution with liquid cooling system 1228V 344kwh  bess business energy storage system System 1
  • Utility ess solution with liquid cooling system 1228V 344kwh  bess business energy storage system System 2
  • Utility ess solution with liquid cooling system 1228V 344kwh  bess business energy storage system System 3
  • Utility ess solution with liquid cooling system 1228V 344kwh  bess business energy storage system System 4
  • Utility ess solution with liquid cooling system 1228V 344kwh  bess business energy storage system System 5
  • Utility ess solution with liquid cooling system 1228V 344kwh  bess business energy storage system System 6
Utility ess solution with liquid cooling system 1228V 344kwh  bess business energy storage system

Utility ess solution with liquid cooling system 1228V 344kwh bess business energy storage system

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Loading Port:
SHANGHAI
Payment Terms:
TT OR LC
Min Order Qty:
50 set
Supply Capability:
10000 set/month

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Item specifice

Application:
Industrial
Output Voltage (V):
1228v
Work Time (h):
100 hours and longer

Liquid cooled high voltage LFP BATTERY ENERGY STORAGE SYSTEM


SDC-ESS-R1228V2752kWh It is a LFP battery container designed for high-capacity energy storage systems, mainly used in large-scale renewable energy generation consumption, power grid peak regulation and frequency regulation, emergency backup, delayed distribution network upgrade, distributed generation and microgrid systems. Modular design, strong scalability, can meet the power and energy needs of different user scenarios. The battery module has a rated voltage of 1228V and a rated capacity of 280Ah。


Product features 


SDC-ESS-R1228V2752kWh It is a LFP battery container designed for high-capacity energy storage systems, mainly used in large-scale renewable energy generation consumption, power grid peak regulation and frequency regulation, emergency backup, delayed distribution network upgrade, distributed generation and microgrid systems. Modular design, strong scalability, can meet the power and energy needs of different user scenarios. The battery module has a rated voltage of 1228V and a rated capacity of 280Ah。 Liquid-cooled H

High Security:The use of LFP material system, with high safety, long life, stable and reliable characteristics; The protection level of the battery module is IP65 or above, which can effectively prevent condensation and salt spray erosion. 

High Performance Liquid-cooling Technology:Adopt intelligent temperature control and balanced design, single PACK temperature difference ≤ 3 °C. 

Multi-dimensional Fire Protection Design:Equipped with cell level, PACK level, cabin class three-level fire protection design, equipped with temperature sensitivity, combustible gas detection and other detection sensors, water fire, cabin gas fire and PACK level gas fire compatible design, flexible selection.

uStandardized Modules:The standardized module design is adopted, which is highly extensible and can meet the power and energy requirements of different scenarios. All components are pre-installed in the factory, saving onsite installation and commissioning workload and meeting the overall marine transportation






Q:Can solar energy systems be used in camping or outdoor activities?
Yes, solar energy systems can be used in camping or outdoor activities. Portable solar panels, solar-powered lanterns, and solar chargers for electronic devices are some examples of solar energy systems that are designed for outdoor use. These systems harness the power of the sun to provide renewable energy, making them an eco-friendly and convenient solution for powering equipment and devices during camping or other outdoor activities.
Q:Can solar energy systems be installed on historic buildings?
Yes, solar energy systems can be installed on historic buildings. However, it is essential to consider the architectural integrity and preservation of the building. The installation should be done in a way that minimizes any damage or alteration to the historic structure. Innovative mounting techniques and design considerations can be employed to seamlessly integrate solar panels into the building's aesthetics while harnessing clean energy. Additionally, obtaining any necessary permits or approvals from local authorities may be required to ensure compliance with preservation guidelines.
Q:Can a solar energy system withstand extreme weather conditions?
Yes, a solar energy system can withstand extreme weather conditions. Solar panels are designed to be durable and are built to withstand a range of weather conditions, including extreme heat, cold, wind, rain, and snow. They are made with tempered glass and are often tested to ensure they can withstand hailstorms or heavy snow loads. Additionally, solar panels are typically installed securely to withstand strong winds and are designed to be resistant to corrosion. Overall, while extreme weather conditions can have some impact on solar energy production, solar energy systems are built to withstand and continue operating effectively in a variety of weather conditions.
Q:Is it possible to store excess electricity generated by a solar energy system?
Yes, it is possible to store excess electricity generated by a solar energy system. This can be achieved through the use of batteries or other energy storage systems.
Q:Can solar energy systems be used in powering car charging stations?
Car charging stations can definitely be powered by solar energy systems. Actually, many car charging stations worldwide already rely on solar energy. Solar panels can be placed on the roof or in close proximity to the charging station, capturing sunlight and converting it into electricity. This renewable energy can then be used to charge electric vehicles (EVs) without depending on the traditional power grid. Solar-powered car charging stations have several advantages. Firstly, they provide a sustainable and clean energy source, reducing carbon emissions and the overall environmental impact of EVs. Secondly, they can be installed in remote or off-grid areas where connecting to the electrical grid may be difficult or costly. This makes solar-powered charging stations especially beneficial for rural regions or highways lacking easy access to electricity. Additionally, solar energy systems can incorporate battery storage, enabling excess energy generated during the day to be stored and utilized during the night or periods of high demand. This guarantees a continuous and reliable power source for car charging stations, even in the absence of sunlight. Although the initial installation cost of solar energy systems may be higher when compared to traditional power sources, their long-term operating and maintenance costs are generally lower. Moreover, there are various government incentives and rebates available to promote the use of renewable energy, which can help offset these initial expenses. All in all, solar energy systems offer a viable and sustainable solution for powering car charging stations, providing environmental benefits, energy independence, and long-term cost savings.
Q:Can solar energy systems be financed?
Yes, solar energy systems can be financed. There are several options available for financing solar energy systems, including loans, leases, and power purchase agreements (PPAs). One common financing option is a solar loan, which allows homeowners and businesses to borrow money to install a solar energy system and then repay the loan over time. These loans can be obtained from banks, credit unions, or solar financing companies. Solar loans may have fixed or variable interest rates and repayment terms ranging from 5 to 25 years. Another financing option is a solar lease, where the solar energy system is owned by a third-party and the homeowner or business pays a monthly lease payment to use the system. In this arrangement, the third-party is responsible for maintenance, repairs, and system performance. Solar leases often come with little to no upfront costs and can provide immediate savings on electricity bills. Power purchase agreements (PPAs) are another popular financing option for solar energy systems. With a PPA, a third-party developer installs and maintains the solar panels on a customer's property, and the customer agrees to purchase the electricity generated by the system at a predetermined rate. PPAs can provide a fixed rate for a specific period, allowing customers to lock in lower electricity costs and reduce their reliance on fossil fuels. In addition to these financing options, there are also various incentives and rebates available that can help reduce the cost of installing a solar energy system. These include federal tax credits, state and local incentives, and utility-based incentives. Overall, the availability of financing options for solar energy systems has made it more accessible for homeowners, businesses, and organizations to transition to clean and renewable energy sources.
Q:What is the role of power optimizers in a solar energy system?
The role of power optimizers in a solar energy system is to maximize the energy output of each individual solar panel. They work by individually tracking and optimizing the power output of each panel, which allows for better performance in shaded or unevenly performing panels. Power optimizers also improve system safety by reducing the voltage of the DC power generated by the panels, making the system more efficient and safer to install and operate.
Q:How much money can I save with solar energy?
The amount of money you can save with solar energy depends on various factors such as the size of your solar system, your energy consumption, the cost of electricity in your area, and any available incentives or tax credits. On average, homeowners can save thousands of dollars over the lifetime of their solar panels, with some even achieving complete energy independence and eliminating their electricity bills.
Q:How does the distance between solar panels affect their performance?
The distance between solar panels can significantly impact their performance. When solar panels are placed too close to each other, it can lead to shading issues. Shading occurs when one panel blocks the sunlight from reaching another panel, reducing its efficiency. This can result in a decrease in overall energy output. On the other hand, if solar panels are spaced too far apart, it can lead to inefficiencies in space utilization. As solar panels require a certain amount of space to capture sunlight, larger gaps between panels can result in wasted space that could have been utilized for additional panels. The ideal distance between solar panels depends on various factors such as panel tilt, location, and orientation. Generally, a recommended distance is around 1.5 times the height of the panels. This spacing allows for efficient utilization of space while minimizing shading issues. Moreover, the distance between solar panels also affects the efficiency of the wiring system. With panels placed too far apart, more wiring may be required, leading to increased costs and potential energy losses due to resistance in the wiring. In conclusion, the distance between solar panels is crucial for their performance. It should be carefully considered to balance the need for optimal space utilization, minimize shading issues, and ensure an efficient wiring system. By finding the right balance, solar panels can maximize their energy production and contribute to a more sustainable and renewable energy future.
Q:Do solar energy systems require regular inspections?
Yes, solar energy systems do require regular inspections to ensure their proper functioning and efficiency. Regular inspections help identify any potential issues, such as damage, malfunctioning components, or reduced energy production, which can be addressed and resolved promptly to maintain the system's performance and longevity.

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