Huada New Energy (Shenzhen) Co., Ltd. (referred to as Huada) is headquartered in Shenzhen and integrates research and development with manufacturing. Its core R&D team comes from globally renowned companies such as Emerson and Huawei, and is led by experts in the power chip field as the chief scientist. Huada has a deep technical accumulation in the entire industry chain of products such as photovoltaic charging and brick power supply. The company's new generation of smart power supply deeply integrates intelligence, modularity, and IoT technology, leading industry innovation.
In the field of new energy, Huada has established industry benchmarks with breakthrough technologies such as constant power and wide voltage range. Relying on the core advantages of digital control and high-frequency conversion, Huada continues to expand its electric energy conversion, bidirectional energy storage, and diversified application scenarios. The company is actively expanding its global market for cutting-edge products such as low-voltage fast charging power supplies, robot and drone power supplies, and optical storage charging power supplies, committed to providing efficient and reliable energy technology and product support to global customers.
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To provide global customers with full cycle technical and service support, covering pre-sales solutions, technical training, and after-sales operation and maintenance, ensuring the full value of the product chain is implemented.
Build a global and efficient logistics network to provide safe and timely global delivery services for a full range of products such as optical storage and fast charging.
We provide standardized quality assurance and fast repair services for our entire range of power products, ensuring stable equipment operation through strict quality control and building a strong quality defense line for our customers.
Relying on the accumulation of full industry chain technology, we provide customers with comprehensive customization from appearance, function to software, and adapt to diverse energy application scenarios.