409.6V 100A 40kw White Solar Stackable Storage Lithium Battery 10kw 15kw 20kw 30kw For Home Energy System

High Quality 409.6V 100A 40kw White Solar Stackable Storage Lithium Battery 10kw 15kw 20kw 30kw For Home Energy System

Product Description:

The StackableRBMS product is a battery management system developed with household high-voltage batteries in mind. It applies a distributed architecture and a modular design concept, making the system easy to assemble, debug and maintain with plug-in connection and installation. The product is highly configurable and is suitable for DC voltages up to 700V.

It is configured as a two-level architecture (BMU+RBMS) +PCS/Inverter and equipped with various safe and reliable operating and protection strategies to effectively extend the life-cycle of the battery pack. In addition, it has multiple communication modes which make it easy to set up the communication with PCS/Inverter.

Regarding with its multiple paralleling conditions, the StackableRBMS product has two working methods. The first one is when the RBMs don't do data summary, so PCs can read the data from each RBMS separately. The second one is when one RBMS performs as the host for summarizing all the other RBMS data, and the host then communicates with PCS.

Features:

• Adopting a high safety design, the circuit breaker and fuse double short circuit protection combined with the insulation resistance detection and monitoring system to ensure leakage prevention.
• The advanced battery management system is enabled to seamlessly monitor the battery system as it is highly integrated.
• The complete self inspection and operation status detection functions combined with HMI display make the system operation information clear at a glance.
• The perfect and reliable system control and protection strategies provide comprehensive safety for the battery and prolonged the service life.
• The modular design with a wide voltage operation range enables multiple energy storage battery modules to be flexibly combined as the user wishes. Furthermore, up to 190 LFP batteries can be combined in series.
• Rich communication interfaces are available which include RS485, CAN, Ethernet, dry contact input and output interfaces. This supports communication with most PCs in the market and also provides the option of freely switching communication protocols through the display screen.
• The flexible communication interface protocol is provided with the factory, and other PCs from different manufacturers can also be adjusted according to customer needs.
• A large capacity memory chip is built-in, with the capacity to store a large amount of key operation data. Furthermore, an SD card can be added to store the battery’s historical data.
• The automatic circulating current control and automatic parallel / offline control ensure the battery packs can be easily connected in parallel.
• 

Technical Parameters:

The basic parameters of this device are:

• Rated Current: 50A 100A
• Operating Voltage: 100V-700V
• Power Consumption: ≤15W
• Current sampling accuracy: 1%FSR
• Insulation Withstand voltage: 2800VDC ＜1mA 1min
• IP Degree: IP20
• Net Weight: ~15Kg

The communication interfaces of this device are:

• Communication port with BMU: CAN
• Communication port with PCS/Inverter:RS485/CAN
• Communication mode with monitoring software:Ethernet

The basic functions of this device are:

• Battery charge and discharge management
• String number of single battery pack:12s~24s
• Battery temperature management
• Balancing method:Passive balancing
• IAP Upgrade
• System protection parameters setting
• Short circuit protection:Circuit breaker (6KA) + Fuse (10KA)
• Pre-charge Function
• Parallel circulating current control
• Events Recording:5000 events records
• PCS/inverter protocol selection:Available (display setting switching protocols)
• DC Start:Support (battery power)

The optional functions of this device are:

• Insulation Monitor:Optional
• HMI Display: 4 inches (inline mount)
• Standalone or Parallel connection:can be switched through parameter setting, maximum 4 racks parallels.
• Dry Contact:Maximum 2 roads of output dry contact

The others of this device are:

• Color: ivory
• Installation method: Tower up and down plug
• Incoming and outgoing mode of Wires:Down in back out
• Operating ambient temperature: -20℃~60℃
• Operating ambient humidity: 5%~75%RH
• National Standards: GB/T 16935.1 GB/T 17626.2 GB/T 17626.5
• Safety certification: Comply with CE certification standards

Applications:

With the development of technology, residential energy storage systems are emerging as a critical component of the smart grid. Home Energy Storage System (HESS) and Solar Energy Storage System (SESS) are two of them, both of which can provide essential support for the efficient use of energy.

HESS can be used to store excess solar electricity for later use, or to buy electricity when it is cheaper on the grid and store it. With HESS in place, households can enjoy a more stable electricity consumption. It also helps users to become less reliant on the grid and reduce electricity bills.

SESS is designed to store solar energy generated during the day for night use. This offers more opportunities for users to benefit from renewable energy sources. By storing solar energy generated during the day, households can better manage their energy and enjoy a greener lifestyle.

In conclusion, HESS and SESS provide a good solution for households to make the most of their energy in a sustainable and economical way. As technology evolves, they will surely be integrated more seamlessly into the energy stream of our society.

Packing and Shipping:

The Stackable High Voltage BMS is packaged in a custom designed box with a foam insert to ensure safe transportation of the product.

The box is sealed with a tamper-evident adhesive strip and contains the following items:

• Stackable High Voltage BMS
• User Manual
• Accessories

The box is then placed into a shipping carton with additional packing material to provide additional protection during shipping.

The box is then shipped via a reputable courier such as FedEx, UPS or DHL.

FAQ:

1. Are you a manufacturer or simply a trading company?
We are a manufacturer, and we sincerely welcome you to visit our factory.

2. Can I get some samples?
Yes, a sample order is available for quality checking and market testing.

3. What kind of cells are applicable to this Battery Management System?
LFP, NMC, LTO

4. How about the delivery time?
The lead-time usually takes about 15 to 20 working days accordingly to the specification of your order and quantity.

5.What are your terms of payment?
Advanced T/T is the main payment term, and other payment terms are negotiable. Please contact us, we’ll discuss the details.

6. What are your warranty terms?
We offer a 3-year warranty for RBMS,1-year warranty for PCB.

7. Can you produce BMS with customization requirements?
Yes, based on the order quantity, we can make some small adjustments.

8. How does your factory do regarding quality control?
Quality always comes first. All our products go through strict quality control processes from incoming material to the assembling process. Each product will be tested before packing & shipping.

9. What Trade Terms are available?
No limitation on the trade terms. We normally do EXW for orders amounts smaller than 20000USD, and FOB for the rest ones.Moreover,we can send BMS via DHL&UPS&FEDEX quickly and easily.

10. Is your BMS easy and convenient to install&test?
This is our the 4th generation high voltage bms.It's an overall bms solution, that is to say, you don't need professional
technology to install our high-voltage BMS to form a complete battery system.

11.What benefits do customers get?
Our high voltage BMS has complete battery charge and discharge control logic and balance function between batteries. We can also set various parameters of the system according to the actual needs of customers to ensure the stability, reliability and efficient performance of the system.

12:How to Contact with you?
You can contact with Cara for quotation.Whatsapp&Skype:+8617321496453, Email:cara@hngce.com