BSMJ Series Three-Phase Compensation Three Phase Self-healing Shunt Capacitor

Geyue Electric is one of the few Chinese enterprises that can independently develop and produce BSMJ Series Single Phase Self-Healing Shunt Capacitors and PFC equipment and other core products, providing customers with low-cost and high-reliability reactive power compensation solutions for power systems. Our factory covers an area of 10,000 square meters, matched with a skilled production team and a research and development team composed of a group of sophisticated engineers. The production equipment inside the factory is complete, with a number of slitting machines, winding machines, gold spraying machines, drilling machines, sorters, ovens, vacuum tanks, test benches and other intelligent high-tech production equipment.

Geyue Electric is a Chinese leading BSMJ Series Single Phase Self-Healing Shunt Capacitor manufacturer, supplier and exporter. Geyue Electric's products not only have many long-term customers in China, but also spread their non-stop footprints all around the globe. In order to fully support the smooth progress of customer projects, we have gathered a wealth of industrial resources, including 3 advanced power capacitor production lines, 2 professional intelligent power capacitor production lines, 2 mature controller production lines, 2 complete contactor production lines, 2 efficient reactor production lines and hundreds of square meters of finished products warehouse. We are based in China and look to the world. We use our pioneering sense of touch to capture market trends, deeply understand local needs, and provide market-appropriate products and services.

Small size, light weight, easy to install. Our BSMJ Series Three-Phase Compensation Three Phase Self-Healing Shunt Capacitor adopts high-quality metallized polypropylene film as the medium and features a distinctive and ingenious structural design. This design innovation leads to a remarkable reduction in both volume and weight. Specifically, the volume and weight of the capacitor are merely 1/4 and 1/5, respectively, compared to the outdated versions available in the market. Such a significant improvement not only saves space but also simplifies the installation process, offering greater convenience and flexibility in various applications.

Low loss, low heat generation and low temperature rise. Our BSMJ Series Three-Phase Compensation Three Phase Self-Healing Shunt Capacitor incorporates a brand-new gold spraying technology and an exclusive metallized film edge thickening technology. This enables the capacitor to significantly enhance its anti-surge capability. Simultaneously, it reduces the capacitor's own consumption, with the actual value being lower than 0.08%. The reduced heat generation leads to a low temperature rise, resulting in an excellent energy-saving effect.

Excellent self-healing performance. When the dielectric part of our BSMJ Series Three-Phase Compensation Three Phase Self-Healing Shunt Capacitor malfunctions or breaks down, the capacitor possesses the outstanding capability to self-heal promptly. It can rapidly resume its normal operating state, resulting in a considerable improvement in reliability. This self-healing characteristic guarantees that the capacitor can keep functioning smoothly without causing significant disruptions or demanding extensive maintenance or replacement, thereby offering a stable and efficient performance in diverse applications.

High Safety. Our BSMJ Series Three-Phase Compensation Three Phase Self-Healing Shunt Capacitor is elaborately designed and constructed to offer an outstanding degree of safety. Within this capacitor, a self-discharging resistor and an insurance component are included. The self-discharging resistor guarantees that any remaining charge is safely dispersed after the capacitor is disconnected from the power supply, reducing the risk of electric shock to a minimum. The insurance component serves as a protective barrier, promptly reacting to abnormal electrical circumstances and averting potential damage or dangers.

No oil leakage, green environmental protection. Our BSMJ Series Three-Phase Compensation Three Phase Self-Healing Shunt Capacitor employs microcrystalline wax as the impregnating agent. Microcrystalline wax is an outstanding substance that remains solid at room temperature and has a drop melting point higher than 70℃. This distinctive feature guarantees that during the capacitor's operation, there will be no problem of oil leakage. By eliminating the possibility of oil leakage, it effectively prevents potential environmental pollution. Microcrystalline wax not only has dry structure characteristics but also brings significant benefits when used for impregnating capacitors. Its existence improves the performance and durability of the capacitors. Furthermore, our exclusive and sophisticated impregnation process further ensures the reliable operation of the capacitor.

Corrosion-resistant and forgery-proof housing. The printed iron case of Geyue Electric BSMJ Series Three-Phase Compensation Three Phase Self-Healing Shunt Capacitor undergoes a special dual corrosion treatment, which ensures that it stands out as the most superior in terms of corrosion resistance within the industry. This advanced treatment not only effectively shields the capacitor from the detrimental effects of various corrosive substances but also significantly prolongs its service life and maintains its stable performance over an extended period. The unique anti-counterfeiting design on the shell is exquisitely crafted and highly functional. It incorporates intricate patterns and markings that are difficult to replicate, providing a reliable means to safeguard the authenticity and legality of our products. This design by Geyue Electric combats with counterfeit and shoddy products, erecting a strong barrier to prevent such inferior items from infiltrating the market. By doing so, Geyue Electric ensures that customers can obtain genuine, high-quality products and protects the reputation and interests of our company and the entire industry.