AKKN ElectronicsWind power special capacitor TXMF0-1K25-1657QH - the choice of ultra-large capacity
User pain points
In ultra-high-power wind power converters, such as offshore wind power above 10MW or new large-scale wind turbines, there is a huge demand for DC-Link energy storage.Ordinary capacitors have limited capacity and require a large number of parallel connections, which increases cost and system complexity.At the same time, too many parallel connections will cause current sharing problems and affect system reliability.How to meet the demand for ultra-large capacity at a reasonable cost is a difficulty in the design of large-scale wind power converters.
Product Solutions
TXMF0-1K25-1657QH provides ultra-large capacity options. The single unit capacity is greatly increased, the number of parallel connections is reduced, the system design is simplified, and the overall cost is reduced. It is an ideal choice for ultra-high-power wind power converters.
Selling Points and Value
Super Large Single Capacity: Super large capacity design reduces the number of parallel capacitors and reduces system complexity.
High Reliability: Reducing parallel connections means lower number of fault points and improved system reliability.
Space saving: Reduce the number of parallel connections, save cabinet space, and facilitate system layout.
Cost Optimization: The number of parallel connections is reduced, the coordination cost is reduced, and the overall solution is more cost-effective.
Good consistency: The single unit performance is consistent, the parallel current sharing effect is good, and the operation and maintenance is simple.
Application scenarios
- Offshore wind power converters of 10MW and above
- New large wind turbines
- Extra large photovoltaic inverter
- MW class converter for energy storage power station
- Large industrial transmission systems
TXMF0-1K25-1657QH - Large capacity, simpler, providing strong support for ultra-high power systems.
