Shinhoo nuclear power equipment comprehensive thermal and hydraulic test project passed the design plan review
Dec 29, 2020On December 22, 2020, Hefei Xinhu Canned Pump Co., Ltd. (hereinafter referred to as "Hefei Shinhoo") organized a meeting at Shanghai Nuclear Energy Equipment Testing and Verification Center Co., Ltd. (hereinafter referred to as "Shanghai Nuclear Energy Testing Center") located in Lingang, Shanghai At the design review meeting of the "Comprehensive Thermal-Hydraulic Test Bench for Nuclear Power Equipment", a number of experts from the domestic nuclear power field conducted a professional review of the bench design.

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The integrated thermal-hydraulic test bench for nuclear power equipment was jointly developed by Hefei Shinhoo and Shanghai Nuclear Energy Testing Center. The bench design is advanced and widely used. The bench test projects cover the thermal performance test of high temperature and high pressure pumps and control rod drive lines. Hot rod drop test, control rod drive mechanism hot life test, fuel assembly long-term wear and other test contents.
At the review meeting, the expert group listened to the project’s report on the test bench functional parameters, process flow, electrical and instrument control systems, etc. After discussion, the expert group agreed that the nuclear power equipment integrated thermal and hydraulic test bench design is reasonable and feasible. And unanimously agreed to pass the design plan review.

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The thermo-hydraulic test bench can verify the safety performance of the system design and provide test data for nuclear power safety analysis and verification. It has become an indispensable experimental research platform in the development of nuclear power safety technology.
March 24–27, 2026 | Milan, Italy – The Mostra Convegno Expocomfort (MCE), a leading global event in HVAC and refrigeration, opened at Milan Fairgrounds. Following successful appearances in ShiJiazhuang and Germany, Anhui Shinhoo brought its latest technologies and innovations to the international stage, demonstrating the strength of Chinese engineering to a global audience. New Energy-Saving Pumps Capture Attention At MCE, Shinhoo debuted the Mega S 100-12F Pro, a high-flow energy-saving magnetic drive pump, along with other models in the Mega S series. Developed through years of R&D, the series combines high flow capacity with low energy consumption, meeting Europe’s stringent efficiency and sustainability standards. Advanced hydraulic design and high-efficiency motors improve flow and reduce energy use, suitable for HVAC, water supply, and industrial circulation. 12 control modes and 15 protection features, including Modbus, 0–10V, 4–20mA, 10-speed temperature control, PWM and etc.. A3 explosion-proof rating, compatible with refrigerants such as R290. Featuring an advanced user interface with an intuitive display for easy operation, including one-click start/stop, parameter adjustment, and fault alerts. Local Support for European Customers Since 2025, Shinhoo’s European branch in Italy has strengthened its local presence, moving from remote assistance to on-site support. At MCE, the team provided: Technical guidance on-site, including system matching and product selection tailored to regional standards. Professional after-sales support, helping with installation, troubleshooting, and design consultation to ensure timely solutions for customers. Building Global Connections MCE remains a key platform for the HVAC industry to connect and collaborate. Shinhoo met with clients from across Europe, presenting its product portfolio, technical expertise, and tailored solutions. Several cooperation intentions were established, covering procurement, technical partnerships, and regional representation. From Shijiazhuang to Germany and now Milan, Shinhoo continues to focus on innovation and market needs, bringing energy-efficient, intelligent, and high-performance pump solutions to the world. The company will keep optimizing its international service system to support a greener, smarter, and more efficient future in HVAC systems.