Made in China 5kW30kWh energy storage flow battery
- $3000.00 /set
- 1 set
- Mianyang Prochema Commercial Co., Ltd.
- Sichuan, China
- Mr Gus Zhang
PRODUCT DETAIL
| port: | Shanghai Guangzhou Shenzhen | Packaging details: | wooden box |
| Place of origin: | China | Package preview: | |
| Plastic molding type: | Mold | Supply capacity: | 100 sets per month |
| model: | VRB | payment terms: | L/C, Western Union, D/P, D/A, T/T, MoneyGram |
| Processing services: | forming | brand: | Prohema |
Vanadium Batteries (Stacks/Systems)
product description
The full name of VRFB battery is Vanadium Redox Flow Battery (VFB for short), which is the active material in liquid redox battery.
The full name of VRFB battery is Vanadium Redox Flow Battery (VFB for short), which is the active material in liquid redox battery.
application
The High Power VRFB Battery Division specializes in the research of all-vanadium redox flow battery energy storage systems and their key materials.
R&D, production, sales, related technical services and customized solutions, widely used in the power grid field
Peak shaving, solar photovoltaic systems, backup power supply, energy storage systems in remote areas, wind energy storage systems,
and others.
main products:Stack, electrolyte, battery management system, energy storage system
The High Power VRFB Battery Division specializes in the research of all-vanadium redox flow battery energy storage systems and their key materials.
R&D, production, sales, related technical services and customized solutions, widely used in the power grid field
Peak shaving, solar photovoltaic systems, backup power supply, energy storage systems in remote areas, wind energy storage systems,
and others.
main products:Stack, electrolyte, battery management system, energy storage system
Made in China 5kW30kWh energy storage flow battery
feature:high efficiency
long lasting
low cost
standardization
Safety
Increase the number of single stacks and electrode area to increase battery power
long lasting
low cost
standardization
Safety
Increase the number of single stacks and electrode area to increase battery power
Technical Parameters
working principal
working principal
VFB batteries store ions of different valence states into positive and negative tanks respectively. When charging or discharging, through the pump,
The electrolyte circulates from the external tank into the positive and negative electrode chambers, and oxidation and reduction reactions occur at the electrodes.
At the same time, the battery is charged and discharged.
VFB batteries store ions of different valence states into positive and negative tanks respectively. When charging or discharging, through the pump,
The electrolyte circulates from the external tank into the positive and negative electrode chambers, and oxidation and reduction reactions occur at the electrodes.
At the same time, the battery is charged and discharged.
The main technical parameters
The stack is the core part of the VFB battery. By integrating multiple stacks, connecting them in series or parallel, and using an electrolyte, it is possible to
Integrate larger energy storage systems.
Our independently developed stacks can meet the diverse customization needs of customers. The current finalized models are 1kw/2kw/5kw/10kw/25kw.
Integrate larger energy storage systems.
Our independently developed stacks can meet the diverse customization needs of customers. The current finalized models are 1kw/2kw/5kw/10kw/25kw.
The electrolyte is independent and stored in an external storage tank. It can adjust different capacities and has the following advantages:
Independent technology to produce high-purity, highly active vanadium electrolyte
Construction of 5 cubic meters/batch electrolyte production line completed
Independent technology to produce high-purity, highly active vanadium electrolyte
Construction of 5 cubic meters/batch electrolyte production line completed
energy storage system
The all-vanadium flow battery energy storage system is mainly composed of a power unit (stack module) and an energy storage unit (electrolyte)
and storage tanks), electrolyte transfer units (pipes, valves, pumps, etc.) and battery management systems (pressure, temperature,
Liquid level monitoring device, charging and discharging device, control components).
feature:
☆ Capacity and stacking can be flexibly adjusted according to different input power grids
☆ With overcharge protection to avoid system damage
☆ Real-time monitoring of system operation and abnormal alarm
☆Remote monitoring and data query
☆ With multiple operating modes, users can achieve one-click operation
and storage tanks), electrolyte transfer units (pipes, valves, pumps, etc.) and battery management systems (pressure, temperature,
Liquid level monitoring device, charging and discharging device, control components).
feature:
☆ Capacity and stacking can be flexibly adjusted according to different input power grids
☆ With overcharge protection to avoid system damage
☆ Real-time monitoring of system operation and abnormal alarm
☆Remote monitoring and data query
☆ With multiple operating modes, users can achieve one-click operation
Note: VFB battery energy storage models can be customized according to specific requirements, adding 50-60L per kWh
Electrolytes.
Electrolytes.
working environment
Ambient temperature: -10~45℃
Model selection preferences
Energy is stored in the electrolyte, so capacity can be increased by increasing the volume of the electrolyte or increasing its density. That is, for the same power output, the battery system capacity can be adjusted to any specific requirements.
3. Ordering instructions
A. Required power and capacity;
B. System input method and load type;
6. Working environment, temperature and installation environment;
7. Other special requirements.
Project cases
The company's independently developed VRFB battery energy storage system has 12 project cases in domestic and foreign markets, including exports to India, Singapore and other markets, with good feedback.
Ambient temperature: -10~45℃
Model selection preferences
Energy is stored in the electrolyte, so capacity can be increased by increasing the volume of the electrolyte or increasing its density. That is, for the same power output, the battery system capacity can be adjusted to any specific requirements.
3. Ordering instructions
A. Required power and capacity;
B. System input method and load type;
6. Working environment, temperature and installation environment;
7. Other special requirements.
Project cases
The company's independently developed VRFB battery energy storage system has 12 project cases in domestic and foreign markets, including exports to India, Singapore and other markets, with good feedback.
Guangzhou customers
kw4h system - used for development material evaluation and concept demonstration
University of Singapore
2kw5h system – used for research and concept demonstration
Sichuan customers
1kw system - used for testing and evaluation of customers' self-produced electrolytes
For more detailed quotes
Please contact us.
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