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We have successfully developed a new generation of grid-connected PCS (energy storage converter), which has injected new momentum into the energy storage industry with a number of innovative technologies and excellent performance. This product is designed for complex application scenarios and comprehensively improves the reliability and adaptability of energy storage systems. In terms of dealing with extreme environments, GreenMore's networked PCS is specially designed for high-altitude and cold regions. Through special protection and temperature control design, it ensures stable operation of the equipment in harsh climates; dual power backup technology uses AC and DC dual power supply to achieve seamless switching, completely eliminating the hidden danger of power failure in the control system. The product is equipped with a high-power density module with a maximum efficiency of 97.6%, which significantly reduces energy consumption and improves energy conversion efficiency. On the technical level, the PCS is equipped with a high-performance digital signal processor (DSP) to optimize the control circuit and achieve accurate and stable power conversion; the wide input voltage range supports the access of various batteries such as lithium batteries and sodium-ion batteries, and is suitable for different application scenarios. In addition, the product supports the access of diesel generators and can achieve seamless switching between off-grid and on-grid, and can still maintain stable operation under three-phase 100% unbalanced load and impact load scenarios. In terms of grid coordination and intelligent management, the grid-building PCS has friendly grid adaptability and can respond to grid dispatch instructions; the intelligent control strategy supports multiple working modes such as grid-connected and off-grid, and users can flexibly switch through the local panel or remote platform to achieve refined management. “The successful development of this grid-type PCS is an important breakthrough for GreenMore in the field of energy storage technology,” said David, the company’s head of R&D. “In the future, we will continue to deepen technological innovation, provide more efficient and intelligent energy storage solutions to global customers, and promote the green transformation of the energy industry.” The launch of this new product marks a further upgrade of GreenMore's research and development of core energy storage equipment, and also demonstrates its determination and strength to drive industry development with technology.

At a time when global energy transformation is accelerating and demand for clean energy is soaring, "CE" certification, as the "gold standard" for access to the European market, carries the expectations of manufacturers to expand their business in Europe. In order to deeply cultivate overseas markets and enhance the international competitiveness of products, all GreenMore employees are united and forge ahead. On November 12, 2022, exciting news came that the company's carefully crafted GM-LW series 0.5-3K off-grid inverter successfully won the EU CE certification. This is not only an affirmation of the company's technical strength, but also a powerful testimony to the excellent quality of the new generation of products, demonstrating the high recognition of the certification agency and the market. The key reason why the GM-LW series off-grid inverter power supply is so popular is its significant product advantages. In terms of performance, it has extremely high conversion efficiency, and can efficiently convert clean energy such as solar energy into stable electricity, minimize energy loss, improve energy utilization efficiency, and ensure more power output under limited energy input. In terms of stability, this series of inverters is a model in the industry, with built-in multiple intelligent protection systems that can effectively deal with abnormal conditions such as overcurrent, overvoltage, undervoltage, overheating, etc., ensuring that the equipment can continue to operate stably under various complex working conditions, greatly reducing the risk of failure and ensuring the continuity of power supply. In terms of adaptability, the GM-LW series demonstrates strong environmental compatibility. Whether it is the hot and arid deserts of the Middle East, remote areas with power shortages in Africa, or the humid and changeable islands in Southeast Asia, as well as the harsh environment of high altitudes, it can easily adapt. So far, more than 10,000 devices have been running stably in these areas, winning wide praise and trust from users with their reliable performance. Looking to the future, GreenMore will adhere to the development path driven by high-tech, continue to increase investment in independent research and development, and deeply explore the potential of inverter technology. We will continue to launch products with better performance and more reliable quality, and strive to expand domestic and foreign markets, inject strong impetus into the vigorous development of the global clean energy industry, and lead the industry to new heights.