Tonhe Technology Shines on the New Energy Stage in the Middle East

Amid the global push towards green and sustainable development, the 4th EVIS New Energy Electric Vehicle Exhibition will be grandly held from April 21 to April 23, 2025, at the Abu Dhabi National Exhibition Centre in the United Arab Emirates. With the rapid growth of the new energy market in the Middle East, various governments in the region are continuously launching supportive policies and incentive measures. Tonhe Technology is actively expanding its overseas market, using new technologies to support the healthy development of the Middle East's new energy market.

Policy Guidance: Accelerating New Energy Transformation in the Middle East, New Markets Bring New Challenges

The UAE, as a microcosm of the Middle East market, has launched the UAEV electric vehicle charging network plan, aiming to expand the network to 1,000 charging stations by 2030, covering urban hubs and highways. Saudi Arabia has released renewable energy charging policies, proposing strategic plans for solar and wind energy charging networks, targeting 20% of public charging stations to be powered by renewable energy by 2025. This aims to provide green, low-carbon energy supplies for the electric vehicle industry and encourages businesses to adopt renewable energy through a green certification system. Against the backdrop of these policies and the current era, Tonhe Technology showcases multiple products at the EVIS 2025 exhibition, tailored to the characteristics of the Middle Eastern policies and market. Among these is a 30kW unidirectional DC/DC charging module with a peak efficiency of over 98%, pre-charging circuit, and noise as low as 55dB. The 40kW AC/DC power module boasts a peak efficiency of over 97.2%, with standby reactive power consumption of ≤12Var, supporting zero standby, and noise as low as 60dB. Tonhe Technology aims to leverage technology to go global and support the healthy development of the Middle Eastern market.

40kW AC/DC Charging Module with Peak Efficiency > 97.2%

Through in-depth research of the global charging equipment market, Tonhe Technology has fully understood customer pain points and has taken the lead in launching a low-noise, zero-power consumption 40kW charging module. This product addresses noise issues and high power consumption during the standby state of charging stations, effectively solving the energy loss problem caused by long standby times in overseas markets. The full SiC design reduces the size of the winding components by 30%, achieving an efficiency of up to 97.2%. Excellent airflow design results in ultra-low noise, with sound levels as low as 60dB. The zero standby reactive power function ensures efficient energy use while minimizing noise disruption. From a technical perspective, Tonhe Technology's charging modules boast industry-leading high power density; their high conversion rate ensures low energy loss during transmission, lowering operational costs. Advanced thermal design effectively reduces module noise. In terms of protective design, the use of PCB double-sided gel-filling technology effectively resists dust and moisture interference, making it suitable for complex and variable application environments.

30kW Unidirectional DC/DC Module with Peak Efficiency > 98%

Tonhe Technology's 30kW DC/DC charging module features extremely high efficiency, with a peak efficiency of over 98% and operational noise as low as 55dB, making it perfect for noise-sensitive environments such as residential and commercial areas. It supports an ultra-wide input voltage range of 200-865Vdc, compatible with various battery systems and energy storage devices, enhancing application flexibility. At this EVIS exhibition, Tonhe Technology attracted many visitors with its complete product lineup, excellent product performance, and innovative technology, receiving widespread recognition. Tonhe Technology will continuously explore market development trends and innovate to achieve a unified "core" for charging stations with Tonhe technology, representing "Chinese core."