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Container-Type

PJDCC-EES-2.23MWh / PJDCC-EES-2.98MWh / PJDCC-EES-3.72MWh / PJDCC-EES-8.94MWh

Classification: Product Center


Economical and efficient

Multi-scenario adaptation, support peak-valley arbitrage, auxiliary services, etc., reduce the cost of electricity, intelligent algorithms to improve system efficiency, stable cell temperature.

Safe and reliable

Comprehensive monitoring, cloud-side collaboration, fast fault diagnosis and intelligent management, AI blessing, improved thermal management capability, fault isolation, coordination of components and systems

Smart and convenient

Grid-friendly, active support, fast response. Modular design, easy to install and maintain, good compatibility, can be expanded on demand, support multiple sets of parallel use

Application scenarios

Container-Type

Large-scale malls

Container-Type

Large-scale factories

Container-Type

Wind and solar power stations

Container-Type

Grid peak load shifting

Application scenarios

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Large-scale malls

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Large-scale factories

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Wind and solar power stations

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Grid peak load shifting

Application scenarios

PARAMETERS
System Model PJD-EES1725K PJD-EES3440K PJD-EESE2146K PJD-EES4292K

 

System Information

System Information
Max.Power 1725kW 3440kW 2146kW 4292kW
Nameplate Capacity 3440.64kWh 3440.64kWh 4292kWh 4292kWh
Compatible Inverters PE:FP2865k SMA:SCS2630UP-XT/PE:FP3820k2 SMA:SCS3450UP

Battery Information

Battery Information
Battery Chemistry LFP
Capacity 280Ah 280Ah 314Ah 314Ah
Configuration 384S10P
Nominal Voltage 1228.8V
Voltage Range 1075.2~1382.4V

Working Conditions

Working Conditions
Degree of Protection NEMA3R/Ip54
Noise Emission <80dB@1M
Operating lemperature
Range
-30°℃C~50%C
Relative Humidity 0~95%(No condensing)
Max.Working Altitude 9.800ft/3.000m

General Information

General Information
Dimensions(WxHxD) 6,058x2,438x2,896mm
Weight 36,000kg
Cooling Method Liquid Cooling
Fire Suppression System Drypipe,Ventilation,Aerosol  (Optional)
Aux.Power Supply 400VAC/3P4L,50HZ
Max.Current of Aux.
Power Supply
72A/90A
Communication Protocol ModbusTCP/IP
Certificate EC62619,UL1973,UL9540A,UN3536

 

Container solar power solutions offer a highly innovative and practical approach to harnessing solar energy. These solutions are designed to provide a reliable and efficient source of power in various settings.

The containers are specially fabricated to house solar panels, inverters, batteries, and other necessary components in a compact and modular unit. This design allows for easy transportation and deployment, making it suitable for a wide range of applications such as remote locations, construction sites, and emergency response scenarios.

One of the key advantages of container solar power solutions is their portability. They can be quickly set up and connected to the electrical grid or used as a standalone power source. This flexibility enables them to meet the power needs of different areas with minimal infrastructure requirements.

The solar panels within the container are of high quality, ensuring maximum energy conversion efficiency. They are capable of generating a significant amount of electricity even in less than ideal weather conditions. Additionally, the integrated battery storage system helps to store excess energy for use during periods of low sunlight or when there is a high demand for power.

In conclusion, container solar power solutions present a sustainable and versatile option for power generation. Their ability to provide clean and renewable energy in a convenient and accessible manner makes them a valuable addition to the growing field of solar technology. Whether for off-grid locations or as a backup power source, these solutions offer a promising alternative to traditional power sources.

Related Products

News Center

Patent Certificate

500 +

utility model patents

170 +

Invention patents for battery

20 +

Invention patents for BMS

5 +

Invention patents for EMC

2 +

Invention patents for PCS

1 +

Invention patents for constant temperature system

1 +

Invention patents for fire suppression system

300 +

others

WHY CHOOSE US

WHY CHOOSE US

Comprehensive layout to provide full-scenario energy storage solutions

The centralized energy storage system integrates BMS, battery energy storage system, fire suppression system, constant temperature system, PCS, transformer, control cabinet, AC distribution cabinet, etc, and adopts intelligent EMS to significantly reduce the initial investment cost of the system and make the integration of the energy storage system simpler.

WHY CHOOSE US

Professional team to ensure the product quality and safety

PJD New Energy focuses on the integrated manufacturing and application of energy storage systems. We have rich case experience and talent reserves to ensure product quality and safety in the fields of 3S systems, fire safety power access, carbon credit certification of virtual power plant, micro grid systems and energy-saving transformation, etc.

WHY CHOOSE US

Digital empowerment to create a scientific and intelligent manufacturing base

PJD New Energy build the manufacturing base in the national economic development zone, applying MES, automated production lines, digital management platforms to achieve scientific and intelligent management of the entire production process.

WHY CHOOSE US

Technological innovation to improve the cost of the entire energy storage system

With technology as the core and innovation as the driving force. PJD Independently developed three-level safety management, perfluorohexanone PACK immersed fire suppression system to realize multiple safety checks and reduce safety operation costs. Through intelligent AI algorithms, cloud computing platform clusters, and massive historical data learning, 90% of operation and maintenance faults can be early warned, service life to be extended and overall cost performance be improved.

Core advantages

Core advantages

Optimal resource allocation

Focusing on the integrated manufacturing and application of energy storage systems, combining 3S systems, fire safety, power access, virtual power plants, carbon credit certification, micro grid systems and renewable energy to form an integrated "source-storage-network" energy systems.

Core advantages

Modularization and digitization

Modular design, digital manufacturing, easy expansion, multiple equipment grid connected, small area covering, easy wiring, flexible layout, short cycle, easy maintenance and efficient power storage and release to reduce energy consumption costs and improving economy benefit.

Core advantages

Intelligent AI operation and maintenance cloud platform to reduce operating costs

Through intelligent AI algorithms, cloud computing platform clusters, and massive historical data learning, 90% of operation and maintenance faults can be automatically handled with early warning, and the power station operating cost can be further reduced.

Core advantages

Carbon credit revenue sharing

The carbon credit revenue of existing EMC energy storage power station projects invested and constructed by PJD New Energy will be shared with with owners timely.

Core advantages

High safety three-level management model

PJD Independently developed three-level safety management, perfluorohexanone PACK immersed fire suppression system to realize multiple safety checks and reduce safety operation costs.

Core advantages

The lowest electricity cost

Through advanced system design of power station, high-efficiency energy storage system management, low operating costs, high consistency of battery cells, and long service life, operating cost of the power station to be ensured the lowest in the industry.

Core advantages

High efficient system and long lifetime power station

Through efficient power conversion system, energy-saving constant temperature control systems, and advanced battery balance system to ensure high power conversion efficiency and more than 20 years of operating lifetime.

Core advantages

Minimal floor space

In the view of land shortage for industrial and commercial enterprises, PJD New Energy created a double-layer energy storage system to optimize the space structure. The 10MWh energy storage system covers an area of less than 100 square meters.

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FAQ

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How to maintain the lifetime of energy storage batteries?


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The intelligent constant temperature system can ensure the optimal operating temperature of the battery. Active balance technology of BMS provides intelligent adjustment and control for the stable battery operation, to actively protect the battery and extend the lifespan.

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What are the benefits from battery energy storage system?


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1. Peak shaving and load shifting 2. Balance demand charge 3. Dynamic capacity expansion 4. Demand side response

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How to control the fire suppression system of BESS?


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The triggering conditions for fire suppression system are generally completed by gas sensors, combined with smoke sensors, fire detectors, temperature sensors, etc. The relevant data will be uploaded to the monitoring platform. When the threshold is reached, there will be corresponding execution actions including system power outage, ventilating fan activation, fire protection tank opening, etc.

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What is the floor area occupied by the energy storage power station?


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1MWh power station occupies an area about 10 square meters. If the safety distance is taken into account, it will be 20-30 square meters.

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