Product Description:
The GCE high-voltage BMS master control box is an advanced battery
management system designed for large-scale high-voltage battery
energy storage systems and UPS applications. It has a unique
distributed architecture and modular design concept which makes it
highly configurable and greatly simplifies the assembly, debugging,
and maintenance processes. This system is suitable for energy
storage systems with DC voltage below 1000V.
Features:
Advanced Battery Management System - This highly integrated system
ensures seamless monitoring of batteries.
It offers comprehensive self-testing and detection of operational
status, with a user-friendly interface that provides instant access
to system information. The system also implements reliable control
and protection strategies to ensure battery safety and prolong
battery life.
With a modular design, the system is configurable and scalable,
allowing for flexible combinations of multiple energy storage units
to create larger energy storage systems. It can support a maximum
of 272 battery series (400 lead-carbon batteries). The system
supports various communication interfaces such as RS485, CAN,
Ethernet, dry contact input, and output interfaces, making it
compatible with most PCS and monitoring servers in the market.
Moreover, the system provides a flexible communication interface
protocol. It comes with its communication protocol but can also be
customized to work with PCS from different manufacturers based on
customer requirements.
Additionally, the system has ample capacity to meet demanding
needs. It includes built-in large-capacity memory chips for storing
extensive operational data and an SD card for offline access.
Furthermore, the PCS features a protocol control function and
offers a choice between a circuit breaker version and a contactor +
breaker version for users who prefer not to use the protocol
control function.
The system simplifies battery parallelization with automatic
circulation control and offline control for parallel machines
(Model suffix selection D).
Technical Parameters:
Basic Specifications
Operating voltage range of the system: 120-370 VDC
Rated current options: 50A, 100A
Startup method: DC Start
Balancing type: Passive resistance equalization
Balancing current: 100mA ± 10mA (at a single cell voltage of 3.50V)
Temperature sampling accuracy: ±2℃
Voltage sampling accuracy: ±20mV for single cell voltage
Communication Modes
CAN: 1 channel (for communication with PCS/UPS)
RS485: 1 channel (for communication with host computer/PCS/UPS)
Display Options
6-digit LED indicator (including one for fault indication, one for
running indication, and four for SOC power indication)
HMI display: Optional 3.5" display
Additional Features
Short-circuit protection: 7.5KA, 20ms
Maximum overload capacity: For 50A system - transients up to 70A
for 10 seconds; For 100A system - transients up to 150A for 10
seconds
Warning level: Single level
Protection level: Level one - cutoff charging/discharging; Level
two - cut micro-break switch and power down the system
Power consumption: ≤10W
Insulation withstand voltage: 1800VDC, 1mA, 1 minute
Compliance with national standards: Meets CE standards
Operating ambient temperature: -20 to 60℃
Operating ambient humidity: <90% RH (at 40℃±2℃)
Applications:
Electric technology has a wide range of applications, spanning
various industries. It finds use in marine vessels, energy storage
systems, mining vehicles, and airport transport vehicles.
Additionally, it plays a crucial role in uninterruptible power
supplies, ensuring a continuous and stable power supply. Moreover,
electric energy storage has greatly enhanced our daily lives, with
energy storage charging stations becoming increasingly prevalent.
Furthermore, portable energy storage solutions and data centers are
integral components of the expanding electric industry. The
military sector is also adopting electric technology in various
applications, experiencing significant growth.
Support and Services:
Energy Storage BMS Technical Support and Service
We provide technical support and service for Energy Storage BMS,
such as:
- Ongoing software support and maintenance
- Hardware troubleshooting and repair
- Battery system analysis and optimization
- Safety and compliance assessments
- Remote monitoring and diagnostics
- Software upgrades and updates
Our technical support team members are trained and certified
professionals with years of experience in the energy storage
industry. We strive to provide the highest quality of service and
customer satisfaction with every product we offer.
Packing and Shipping:
Packaging and Shipping for Energy Storage BMS
To ensure safe shipping and delivery of the energy storage BMS,
proper packaging is essential. Here are the recommended guidelines
for packaging and shipping:
Choose an appropriately sized box that provides adequate protection
for the product.
Fill the box with cushioning materials like packing peanuts to
safeguard against shocks and vibrations.
Securely fasten the product within the box using strapping tape or
similar materials.
Clearly label the package with the company's name, address, and
destination details.
Include an invoice or packing list inside the package to indicate
its contents.
Utilize a reliable shipping carrier that offers tracking
capabilities for added peace of mind.
