Control System

eLink418A-16P

Unlocking the Era of Source-load Interaction

Millisecond-level high-speed control, open compatibility with all protocols, intelligent adaptation to all scenarios, and simplified O&M experience deliver stable, efficient, flexible and controllable core energy conversion capabilities for energy storage systems, enabling safer, more efficient and more economical new-type energy storage applications.

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Product Brochure
User Manual

Product Adventures

Open Universal Protocols

Fully compatible with upstream and downstream standard protocols including Modbus-TCP, IEC 104, IEC 61850 and MQTT, it enables quick connection to controlled devices and various monitoring platforms without additional adaptation development, greatly shortening commissioning cycles and increasing communication success rate to over 99%.

  • Comprehensive Protocol Compatibility

  • High Connection Efficiency

  • Controllable Integration Costs

Open Universal Protocols

01

Millisecond-level High-speed Control

Equipped with millisecond-level grid information collection and control loop response capabilities, coupled with microsecond-level control latency, it can quickly capture grid frequency and voltage fluctuations, ensuring stable system operation in complex grid environments.

  • Millisecond-level Grid Information Collection

  • Millisecond-level Control Loop

  • Microsecond-level Control Latency

Millisecond-level High-speed Control

02

Full Coverage of Intelligent Scenarios

It covers conventional strategies such as peak shaving/valley filling and anti-backflow for C&I applications, linkage strategies such as photovoltaic-storage coordination, and advanced functions such as power factor regulation and off-grid operation. It also supports virtual power plant dispatching and customized strategy development, meeting full-scenario application needs.

  • Conventional Strategies: Peak Shaving/valley Filling, etc.

  • Linkage Strategies: Photovoltaic-storage Coordination, etc.

  • Advanced Strategies: Power Factor Regulation, etc.

Full Coverage of Intelligent Scenarios

03

Simple Commissioning & Simplifying O&M

It adopts plug-and-play design and a streamlined commissioning process. Core parameters can be quickly configured to enable grid-connected operation. Combined with an intuitive WebUI interface, it supports local and remote monitoring of device operation and historical data, significantly lowering the threshold for professional O&M.

  • Streamlined Commissioning Process

  • Intuitive WebUI Interface

  • Optimized O&M Costs

Simple Commissioning & Simplifying O&M

04

ProductParameters

SYSTEM DATA
System voltage AC690V Operating temperature -35℃~55℃
Grid main power interface 1-way Relative humidity No condensation at 0-95%RH
Energy block interface 16-way eBlock-418A System protection level IP54
Rated power 3344kW Altitude ≤2000m
Rated current 2800A    
MECHANICAL PARAMETER
Dimensions (L*W*H) 1000mm*1300mm*2350mm  Total Weight 1500kg

Application Scenarios

Suitable for scenarios including C&I peak shaving/valley filling, C&I self-consumption, C&I photovoltaic-storage-load coordination, C&I off-grid operation, source-grid side energy storage rapid response, and source-grid side full-station black start and off-grid operation.

Zero-carbon Parks

Data Centers

Industrial Parks

Commercial Buildings

Off-grid Scenarios

Representative Cases

2024.1

Hungary Industrial & Commercial Energy Storage Project

eBlock-418A 50 MW100 MWh
2025.01

Yunnan CNNC Linxiang Energy Storage Project

eBlock-418 200 MW400 MWh
2023.01

Dongying Jinhui Independent Shared Energy Storage Project

eBlock-418 100 MW200 MWh
2025.08

Sichuan Pengzhou Yongdingqiao Energy Storage Project

eBlock-418 100 MW200 MWh

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