BSMJ Series Three-Phase Compensation Three Phase Power Factor Capacitor

In the field of low-voltage reactive power compensation, there has always been a fundamental contradiction in the selection of dielectric materials for three-phase compensation power factor capacitors. Although the early impregnated oil-type power factor capacitors possessed excellent electrical performance, they had the risk of oil leakage, which not only polluted the environment but also led to rapid capacity degradation, affecting the stable operation of the compensation system. While the subsequent dry-type power factor capacitors eliminated the oil leakage problem, their heat dissipation performance, overload tolerance, and service life often failed to match those of impregnated power factor capacitors. This contradiction has long plagued the power factor capacitor manufacturers, and users have had to make a choice between the "performance" and "safety" of power factor capacitors. How to find a solution that can maintain excellent electrical properties while completely eliminating leakage has become an issue that cannot be separated from the evolution of power factor capacitor manufacturing technology. The good news is that the emergence of microcrystalline wax impregnation technology precisely addresses this issue in the application of our Geyue Electric BSMJ Series Three-Phase Compensation Three Phase Power Factor Capacitors.

The Fundamental Breakthrough of Microcrystalline Wax Impregnation Technology

In the BSMJ Series Three-Phase Compensation Three Phase Power Factor Capacitors, Geyue Electric adopts microcrystalline wax as the insulating agent, which is a high-purity hydrocarbon synthetic material in a solid state at room temperature. The essence of the microcrystalline wax impregnation technology lies in using a special process to place the microcrystalline wax in a vacuum environment and melt it at high temperature, allowing the liquid microcrystalline wax to fully penetrate every tiny gap of the internal components of the power factor capacitor under the driving force of pressure difference. Immediately upon achieving perfect filling of the liquid microcrystalline wax, it is rapidly cooled to solidify the microcrystalline wax from liquid to solid state, locking this "perfect filling state" permanently and forming a dense and stable solid insulating medium.

This impregnation process has brought about a fundamental change in the existing form of power factor capacitors. The solid-state properties of microcrystalline wax have fundamentally eliminated the fluidity of the liquid medium, making "oil leakage from power factor capacitors" a thing of the past history. At the same time, microcrystalline wax has excellent dielectric constant and insulation strength, and its electrical performance fully meets and even exceeds the old high standards set by traditional impregnated oils. More importantly, after curing, the microcrystalline wax combines with the internal components of the power factor capacitor into a tightly integrated whole. This not only effectively suppresses local discharge but also enhances the mechanical strength and resistance to shock of the components, improving the operation reliability of the BSMJ Series Three-Phase Compensation Three Phase Power Factor Capacitors in complex working conditions.

Dual Advantages of Dry and Impregnation Technologies

The microcrystalline wax impregnation technology employed by Geyue Electric on BSMJ Series Three-Phase Compensation Three Phase Power Factor Capacitors successfully combines the core advantages of both dry-type and impregnated capacitors, truly achieving the best of both worlds.

In terms of safety attributes, our BSMJ Series microcrystalline wax power factor capacitors inherit the fundamental advantages of top-level dry-type power factor capacitors. Firstly, the solid microcrystalline wax power factor capacitors have no possibility of leakage, eliminating the risks of safety hazards and environmental pollution at the source and meeting the most stringent environmental protection standards and safety standards currently. Secondly, the microcrystalline wax power factor capacitors can be installed in any orientation and in any placement state, without worrying about the problems caused by the flow of liquid medium, greatly facilitating the layout within the low-voltage reactive power compensation cabinet and future maintenance.

In terms of electrical performance and lifespan, our BSMJ series microcrystalline wax power factor capacitors fully retain all the electrical advantages of the impregnation process, such as eliminating air gaps, uniformizing the electric field, enhancing heat dissipation, and extending the lifespan. Firstly, the excellent filling property of the molten liquid microcrystalline wax eliminates the air gaps inside the power factor capacitors, significantly reducing local discharge, thereby achieving the effect of delaying insulation aging. Secondly, the stable physical and chemical properties of microcrystalline wax ensure that the capacitance value and the overload tolerance of the power factor capacitors remain stable over a long period of operation. Thirdly, the good thermal conductivity of microcrystalline wax helps dissipate heat, and in combination with the square-box structure design of the BSMJ series power factor capacitors, it further optimizes the heat dissipation path, reduces temperature rise, and lays a solid foundation for the long-term operation of the power factor capacitors.

Technical Practices and Commitments of Geyue Electric

As a technology-driven enterprise deeply involved in the global field of low-voltage reactive power compensation, Geyue Electric has always regarded the reliability of our products as a sincere commitment to our customers. The BSMJ Series Three-Phase Compensation Three Phase Power Factor Capacitors launched by our company is the embodiment of this concept. The microcrystalline wax impregnation process is not merely an application of a technology, but rather the perfect execution by our technical team of the product goals of "zero oil leakage, high performance, and long lifespan".

The low-voltage reactive power compensation solution provided by Geyue Electric, centered around these revolutionary BSMJ Series Three-Phase Compensation Three Phase Power Factor Capacitors, combines intelligent switching devices, high-performance reactors, and advanced power factor controllers to form an efficient, stable, and maintenance-free low-voltage reactive power compensation system. Our solution is particularly suitable for industrial, commercial, and infrastructure sectors that have strict requirements for safe compensation and reliable compensation, effectively improving the power factor, reducing line losses, and bringing continuous improvements in power quality and economic benefits to customers.

Hereby we sincerely invite you to gain a comprehensive understanding of Geyue Electric's all-round reactive power compensation solutions and product portfolios, and to truly experience the fundamental transformation brought about by the microcrystalline wax impregnation technology. Let us join hands and jointly embark on a new era of safer, more efficient and more reliable power quality.