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500kwh-energy-storage-banks

500kwh-energy-storage-banks

500kwh Battery energy storage banks Electrical characteristics Efficient power conversion: Equipped with advanced power conversion systems (PCS), it can efficiently convert stored DC power into AC power for use in power grids or user devices. The power conversion efficiency is usually as high as...

Product Introduction
500kwh Battery energy storage banks

 

Electrical characteristics


Efficient power conversion: Equipped with advanced power conversion systems (PCS), it can efficiently convert stored DC power into AC power for use in power grids or user devices. The power conversion efficiency is usually as high as 90% -98%, reducing energy loss during the conversion process and improving energy utilization efficiency.


Management system features


Battery Management System (BMS): Used for real-time monitoring and management of batteries, including parameters such as battery voltage, current, temperature, and state of charge. BMS can achieve balanced management of batteries, prevent overcharging and overdischarging, effectively extend battery life, and ensure the safety and stability of battery packs.


Energy Management System (EMS): Responsible for overall energy management and control. It can optimize the charging and discharging process of the energy storage system based on factors such as grid load, electricity price, and user demand, achieve reasonable allocation and utilization of energy, and improve the economy and reliability of the energy storage system.

 

 

Lithium Battery Storage Container


Advantageous Functions

  • Smooth New Energy Output
  • Peak Valley Arbitrage
  • Demand Management
  • Construction of Microgrid

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20FT 40HQ Container Energy Storage System

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MECC-645-300
Battery capacity:645kWh
PCS capacity:300kW
Dimension:3000*2438*2591(W*D*H)mm
MECC-1075-500

Battery capacity:1075kWh
PCS capacity:500kW
Dimension:6058*2438*2591(W*D*H)mm

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Specification

Model No.:

MECC-645-300

MECC-1075-500

MECC-2150-1000

Container Size

20ft

20ft

40HQ

Battery Parameter

Battery Type

LifePo4

Battery capacity

645.12kWh

1075.2kWh

2150.4kWh

Battery cabinet capacity

768V/280Ah,215.04kWh

Battery cabinet Qty

3pieces in parallel

5pieces in parallel

10pieces in parallel

Cycle life time

10000times

PCS Parameter

PCS power

300kW

500kW

1MW

Isolated Transformer

Included

Output Voltage

380V/400V 3L+N+PE

Others

Air conditioner

Yes

Fire fighting system

Yes

Certification

CE,UN38.3,EN50549,G99,VDE4105

 

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FAQ 

 

 

How long does a 500kwh energy storage bank last?

The lifespan of a 500kwh energy storage bank depends on several factors. If it uses lithium ion batteries, under normal operating conditions (proper temperature, charge discharge cycles within the recommended range), the battery life can be around 10 - 15 years. However, other components like the power electronics and the container structure itself can last even longer, perhaps 20 - 30 years with proper maintenance. After the battery reaches the end of its life, it can often be replaced while the rest of the container infrastructure remains usable.

 

 

Can an energy storage bank be integrated with an existing power grid?

Yes, an energy storage bank can be integrated with an existing power grid. It can operate in a grid connected mode, where it stores excess solar energy during periods of high solar generation (such as sunny days) and feeds the stored energy back into the grid during peak demand or when solar power generation is low (e.g., at night). Specialized power electronics and control systems are used to ensure seamless connection and safe operation, including features to protect the grid from voltage and frequency fluctuations.

 

 

What safety features are built into an energy storage bank?

Energy storage banks are equipped with multiple safety features. They have over charge and over discharge protection mechanisms to prevent damage to the battery cells. Thermal management systems are in place to keep the battery temperature within a safe range, reducing the risk of thermal runaway. Fire resistant materials are often used in the construction of the container to prevent the spread of fire in case of a battery related incident. Additionally, there are monitoring systems that can detect abnormal conditions such as short circuits and immediately take corrective actions like shutting down the system.

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