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神湖原子力発電設備総合熱水力試験プロジェクトが設計計画審査を通過
Dec 29, 20202020年12月22日、合肥新湖缶ポンプ有限公司（以下「合肥新湖」）は上海原子力設備試験検証センター有限公司（以下「上海原子力」）で会議を開催した。上海市臨港市にある「エネルギー試験センター」） 「原子力機器用総合熱水圧試験ベンチ」の設計検討会議では、国内原子力分野の専門家数名がベンチ設計の専門的検討を実施した。
写真
原子力機器用の統合熱油圧テストベンチは、合肥新和と上海核エネルギー試験センターが共同開発した。ベンチの設計は先進的であり、広く使用されています。ベンチテストプロジェクトは、高温高圧ポンプと制御棒駆動ラインの熱性能テストを対象としています。高温棒落下試験、制御棒駆動機構高温寿命試験、燃料集合体長期摩耗試験等の試験内容。
検討会議では、専門家グループは、テストベンチの機能パラメータ、プロセスフロー、電気および機器制御システムなどに関するプロジェクトの報告書を聞きました。議論の後、専門家グループは、原子力発電設備が熱および水圧のテストベンチ設計を統合していることに同意しました。合理的かつ実現可能です。そして全会一致で設計計画審査を通過することに同意した。
ビデオ会議
熱油圧テストベンチは、システム設計の安全性能を検証し、原子力の安全性分析と検証のためのテストデータを提供できます。原子力の安全技術開発に欠かせない実験研究基盤となっています。
The 139th Canton Fair in Guangzhou brings together global manufacturers, system integrators, and industry professionals across HVAC and energy-related sectors. At the exhibition, Shinhoo is presenting circulation pump solutions designed for heating and cooling applications with a focus on efficiency, stability, and system compatibility. l Hall 6.1 | Booth K35–36, L13–14 l 139th Canton Fair, Guangzhou Application Scope Shinhoo circulation pumps are designed for water-based thermal management systems, including: · Heat pump systems · Wall-hung gas boilers · HVAC circulation systems These applications require stable hydraulic performance and controlled energy consumption under variable load conditions. ECM Motor Technology Shinhoo pumps use electronically commutated motor (ECM) technology, enabling variable speed control based on system demand. This helps improve energy efficiency and system adaptability. Hydraulic Performance Stability The pump structure is optimized to maintain consistent flow and pressure output, ensuring reliable operation across different working conditions. Flexible System Integration The product range is designed to support integration into different HVAC system architectures, allowing adaptable configuration based on application requirements. Circulation pumps are a critical component in HVAC system efficiency, directly affecting energy consumption and thermal performance. · Heat transfer efficiency · Pump energy consumption · System hydraulic stability As HVAC systems shift toward energy-saving and low-carbon operation, demand for ECM-based circulation pump solutions continues to increase across residential, commercial, and light industrial applications. In HVAC system engineering, circulation pumps contribute to: · Stable water circulation under variable load conditions · Reduced overall system energy consumption · Improved control of temperature exchange efficiency · Enhanced long-term operational reliability These factors make pump selection an essential part of system-level performance optimization. What is a circulation pump used for in HVAC systems? A circulation pump is used to move water or heat transfer fluid through HVAC systems, ensuring efficient heat exchange between components such as boilers, heat pumps, and radiators. What is ECM technology in circulation pumps? ECM (Electronically Commutated Motor) technology enables variable speed operation based on system demand, improving energy efficiency and reducing unnecessary power consumption. Where are Shinhoo circulation pumps typically applied? Shinhoo pumps are commonly used in heat pump systems, gas and wall-hung boilers, and HVAC circulation systems for residential, commercial, and light industrial applications. Why are high-efficiency pumps important in HVAC systems? High-efficiency pumps reduce energy consumption, im...
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