Enhance System Performance with High Voltage Power Capacitors
Yuhchang's high voltage power capacitors are engineered to significantly enhance the capacity, stability, and power quality of your electrical systems. These high voltage capacitors are meticulously designed and manufactured using cutting-edge technology and premium materials, ensuring unparalleled reliability and performance. These capacitors are built to handle substantial electrical charges, making them essential for various high-power applications. Their primary function is to act as a temporary energy storage device, releasing stored energy when needed to maintain system stability and performance. By integrating HV capacitors into your system, you can achieve superior reactive power management, which translates to improved system performance, quality, and efficiency.
Key Features and Applications of High Voltage Capacitors
High voltage power capacitors find extensive use across multiple industries and applications. They are integral to power transmission and distribution systems, power substations, industrial machinery, renewable energy systems, and high-power electronics. Constructed with special materials and designs to withstand high voltage levels, these capacitors feature two conducting plates separated by a high-quality dielectric material. The dielectric materials used are specifically chosen for their ability to endure high voltage stress, ensuring the capacitors' longevity and reliability. Industries ranging from power generation, transmission, and distribution to oil and gas and infrastructure can greatly benefit from the implementation of high voltage capacitors. Whether it's for enhancing the efficiency of power substations, optimizing industrial machinery, or supporting renewable energy systems, Yuhchang's high voltage capacitors are the ideal choice for ensuring optimal performance and stability. Feel free to contact us for further info!
Features of High Voltage Capacitors
- Internal fuse types or standard type (fuseless) available upon request.
- Low dissipation factor, low-temperature rise, long service life.
- Stable capacitance with little variation due to temperature.
- Impregnated with high insulation strength and non-PCB biodegradable fluid in the vacuum tank.
- Internal fuse capacitor mainly has more safety, higher reliability, less installation space, lower installation, and maintenance costs.
Construction of HV Capacitor
| Dielectric | Polypropylene film |
|---|---|
| Insulation fluid | Non-PCB fluid |
| Bushing / Color | Wet process porcelain Color: Baby blue, Munsell 5B 8/4 |
| Case material / Color | Stainless steel |
| Paint / Color | Epoxy / Urethane system with corrosion, acid and alkali, and weather resistant Color: Sand, Munsell 7.5Y 7/2 |
| Earth connection | One side bracket has ground terminal ( One request for unpainted area under the brackets for earthing) |
Summarized Comparisons Between Internal Fuse Type and External Fuse Type Capacitors
| Items | Internal Fuse Capacitors | External Fuse Capacitors |
|---|---|---|
| Installation space | Smaller | Large |
| Continuous usability after fuse cuts off | Excellent | Low |
| Reactive power loss after fuse cuts off | Low | High |
| Fuse safety | Excellent | Poor |
| Possibility of spurious fuse operation | Low | High |
| Case breakdown possibility | Low | High |
| Unbalance protection difficulty | Low | High |
| Need for spare capacitors | Low | High |
| Servicing and maintenmance | Low | High |
