What’s Behind Geyue Electric’s New CE-Certified Power Capacitor Series?

The BSMJ series self-healing low-voltage shunt capacitor is a high-performance electronic component, sincerely designed by Geyue Electric for low-voltage reactive power compensation systems. This series of power capacitors are widely used in power systems of industrial, commercial and public facilities to improve power factor, enhance power quality and reduce line losses. The BSMJ series self-healing low-voltage shunt capacitors of Geyue Electric have officially obtained the CE certification issued by the EU notified institution, fully complying with the relevant standards of the EN60831 Directive for power capacitors. In the following article, the author will conduct an analysis of what's behind Geyue Electric’s New CE-certified power capacitor series by combining dimensions such as technology, market, and user value..

Technological breakthroughs: From the selection of materials to the innovation of processes

From material selection to process innovation, Geyue Electric has achieved one miraculous technological breakthrough after another in the BSMJ series self-healing low-voltage shunt capacitors. Geyue Electric has changed the core material selection logic of self-healing shunt capacitors, replacing traditional paper dielectric with metallized polypropylene film (MKP) and mineral oil with microcrystalline wax. For the dielectric of capacitors, although traditional paper dielectric was widely used as the dielectric of self-healing low-voltage shunt capacitors in power systems, with the advancement of technology and the improvement of energy efficiency requirements, its inherent drawbacks have become increasingly prominent: high dielectric loss, low dielectric strength, high risk of flammability and explosion, poor temperature adaptability, and the lack of self-healing ability, which can easily cause environmental pollution. When comparing the generational differences in the core performance of the two dielectrics, it is not difficult to find that the dielectric loss (tanδ) of the metallized polypropylene film (MKP) chosen by Geyue Electric is only 1/5 of that of the oil-impregnated paper medium. Experimental verification shows that replacing the traditional paper dielectric with metallized polypropylene film (MKP) can reduce the loss of capacitors by a full five times and extend the lifespan of the capacitor by a full three times. For the impregnating agent of capacitors, although mineral oil was widely used as the impregnating agent for the BSMJ series self-healing low-voltage shunt capacitors in history, with the advancement of technology and the improvement of environmental protection requirements, its inherent defects have become increasingly prominent: high dielectric loss, low starting voltage of partial discharge, high risk of flammability and explosion, high self-healing energy requirements, and easy environmental pollution. When comparing the generational differences in the core performance of the two impregnating agents, it is not difficult to find that the microcrystalline wax chosen by Geyue Electric has greatly enhanced the fire resistance performance, self-healing efficiency and extreme environment adaptability of the self-healing low-voltage shunt capacitor. Moreover, in terms of environmental protection, it fully complies with the EU RoHs2.0 and REACH239 tests, and fully meets the requirements of China's Action Plan for the Governance of new pollutants. In addition to being ingenious in the selection of core materials for the BSMJ series self-healing low-voltage shunt capacitors, Ge Yue Electric is also committed to the continuous improvement of capacitor self-healing technology and the continuous upgrading of capacitor structural design. From passive self-healing to active protection, Geyue Electric has reduced the self-healing energy of the BSMJ series self-healing low-voltage shunt capacitors to 60% of the industry average by controlling the thickness of the nanoscale metal layer. To address the risk of traditional capacitors bursting, the BSMJ series of self-healing low-voltage shunt capacitors from Geyue Electric feature a unique multi-chamber explosion-proof structure. Through an innovative mechanical-thermal collaborative design, it fundamentally restructures the pressure release mechanism of self-healing low-voltage shunt capacitors, elevating their safety to the aerospace level.

Market demand: The pursuit aimed at the dividends of the global energy transition

Guided by the market strategy of "building a brand in the high-end market and seizing market share in emerging markets", Geyue Electric has targeted the dividends of the global energy transition, that is, the demand for low-voltage reactive power compensation equipment (such as self-healing low-voltage shunt capacitors) during the energy transition. Let's first focus our attention on the European market, which is known as the "high-end market". To enhance energy efficiency and reduce carbon emissions, the EU's Ecodesign 2019/1781 mandates that the power factor of industrial equipment be no less than 0.9. This policy has given rise to the replacement demand for self-healing shunt capacitors in the field of low-voltage reactive power compensation throughout the European market. Thanks to its high energy efficiency, low loss, strong harmonic tolerance, high reliability and top-notch self-healing capability, the BSMJ series of self-healing low-voltage shunt capacitors from Geyue Electric have the ability to perfectly meet the strict power quality requirements of the European Union and precisely address the pain points in the European market. In addition, against the backdrop of the vigorous development of new energy in Europe, the demand for harmonic tolerance of photovoltaic and wind power after the grid connection of new energy in the European market has soared. The BSMJ series self-healing low-voltage shunt capacitors of Geyue Electric have the opportunity to break through the competition with the inherent anti-harmonic advantage of the nano MKP film self-healing shield and further conquer the European market. Apart from the European market, which has witnessed the most rapid transition to new energy, the outstanding performance of emerging markets in this field has also caught the attention of energy practitioners like Geyue Electric. Taking the Middle East and Africa markets as examples, the market share of self-healing low-voltage shunt capacitors with CE certification, which can replace traditional oil-immersed capacitors, has increased by a terrifying 300% in the past three years. In Southeast Asia, the integrated power solution of self-healing low-voltage shunt capacitors bundled with photovoltaic microgrids is still in short supply even at a 15% premium. These impressive data not only demonstrate the proactiveness and vitality of emerging markets in the global energy transition, but also suggest that the BSMJ series self-healing low-voltage shunt capacitors of Geyue Electric have a great chance of winning in these emerging markets.

User value: Persistence in scenario-based solutions

Geyue Electric advocates providing scenario-based solutions for customers based on user value, which is also one of the reasons why Geyue Electric has the most core competitiveness in the industry. In a certain photovoltaic power station project in China, the client was confronted with the serious problem of early failure of capacitors caused by harmonics in the inverter. To address the issue of short lifespan and high average annual replacement frequency of the original equipment, Geyue Electric has proposed a solution of connecting the BSMJ series self-healing low-voltage shunt capacitors to a tuned circuit with a 3% reactance rate. After the customer accepted and implemented this solution, the BSMJ series self-healing low-voltage shunt capacitors of Geyue Electric have been in operation for 18 months without any faults, meeting the customer's demand for extending the healthy service life of the capacitors. Geyue Electric not only excels in manufacturing the BSMJ series of self-healing low-voltage shunt capacitors that are highly efficient and durable, but also excels in bringing customers surprises that exceed user value.

The CE certification of Geyue Electric is by no means a certificate, but a global lever integrating "technology - market - brand" in a trinity. Through a three-step strategy of technology → certification → market, Geyue Electric has upgraded the BSMJ series from a single product to a "game-changer" in the global low-voltage reactive power compensation field. Its essence is to use technological innovation as the spear and compliance certification as the shield to reconstruct the user value coordinate system in the era of carbon neutrality. If you have any interest in the BMSJ series self-healing low voltage shunt capacitors, please come to https://www.geyuecapacitor.com/, and contact Geyue Electrcic via info@gyele.com.cn.

info@gyele.com.cn