JHCTECH first Energy Controller--EMS Energy Storage Controller ECC-U5000

JHCTECH first Energy Controller--EMS Energy Storage Controller ECC-U5000

New energy storage is an important equipment foundation and key supporting technology for building new power systems and promoting the green and low-carbon transformation of energy. It is an important support for achieving carbon peak and carbon neutrality goals. When it comes to energy storage, the first thing that comes to mind is the battery. Its quality is related to important aspects such as energy conversion efficiency, system life and safety. But if energy storage is to be of value as a system, the EMS (energy management system), which is the core component of the "brain", plays an equally important role.

In 2024, JHCTECH will vigorously promote the launch of new products in new energy, smart medical and other industries, be user-centered, pay attention to user scenario needs, and use scenarios to empower product innovation. Recently, we launched a new series - ECC (Energy Controller) series, of which ECC-U5000 (EMS Energy Storage Controller) was successfully launched as the first product of this series.

 

New product recommendations
ECC-U5000

ECC-U5000,equipped with Intel® Elkhart lake U series processor, with a comprehensive I/O interface, built-in 2*Mini PCIe expansion module, DC12V or 9~36V (optional) wide voltage DC power supply optional, the product adopts SGCC box design, exquisite and compact size. The main application scenarios are energy storage system integration and manufacturing.

 

01 Intel® Ultra Core Graphics

Support 4K Display Output

  • Capable of driving up to three independent displays simultaneously
  • Supports resolutions up to 4Kp60

Outstanding Video Encoding and Decoding Capabilities

  • Supports parallel decoding, integrating advanced media encoders and decoders for the latest H.265 encoding.
  • Encoding HW Encode: Supports H.265/HEVC, H.264/MPEG-4 AVC, MPEG-2, JPEG/MJPEG, VP8；
  • Decoding HW Decode: Supports H.265/HEVC, H.264/MPEG-4 AVC, MPEG-2, VC-1/WMV9, JPEG/MJPEG, VP8, VP9

02 High-Speed Isolated DIO

  • 8*DI are in Phoenix terminal form, with wet node input signal type, 24V/0V high and low level, opto-isolated. 6*DO are in Phoenix terminal form, with relay normally open output and passive output, relay contact capacity: 30V DC/5A, 250V AC/5A.
  • Each pin is physically and electrically isolated from the other, reducing voltage spikes, ground loops, and common mode signal interference during data acquisition.
  • DIO speed is 1MHz, pulse cycle reaches 1us/pulse wave.

03 Modular Design for CAN

  • Supports CAN BUS protocol
  • Supports CAN message acceptance filtering, baud rates of 10/20/50/100/250/500/800/1000K
  • Used to connect to the Battery Management Unit (BMU) on the Battery Management System (BMS).

04 Wide Voltage Power Supply Modular Design

Modular Wide Voltage Power Supply OFX-075 (DC 9~36V), with overvoltage/overcurrent/reverse polarity/short circuit protection, suitable for power supply environments in energy storage EMS systems; Also supports economical DC 12V direct current power supply, providing a flexible power solution selection.

05 Abundant IO Interfaces

The IO interfaces with multi-network and multi-string configurations can meet the data acquisition needs of energy storage EMS systems.

06 Fanless Passive Cooling Design

  • CPU full load operating temperature -20~60℃, suitable for semi-enclosed or semi-outdoor working environments;
  • Fanless enclosed chassis structure, IP41 protection rating.

07 Modular Design for the Entire System

08 Ultra-thin Machine Design

Adopting an ultra-thin model design, the overall height of the machine is only 45mm, which meets the installation width requirements of most cabinets.

Market Direction

Application Scenario

  • Monitoring and collecting battery charging/discharging status, temperature, voltage, current, etc.
  • Data analysis and optimization, adjusting charging/discharging strategies, optimizing energy utilization efficiency.
  • Energy scheduling and control, arranging the charging/discharging operations of energy storage facilities reasonably based on demand forecasts, electricity prices, grid loads, etc.
  • Fault detection and safety protection, such as over-discharge, over-charge, abnormal temperature, etc., to ensure the safe operation of energy storage facilities.

Ordering Info

 

Learn more about ECC-U5000 series

 

 2024-04-19
0