PV Elite V28

PV Elite 28 是 Hexagon 资产生命周期智能部门推出的先进压力容器和换热器设计、分析和评估软件。这款综合解决方案可帮助工程师、设计师、制造商和检验人员为石油天然气、石化和电力等行业打造安全且符合规范的容器。基于 30 多年的研发，v28 版本着重于高级分析 、卓越的负载处理、无缝的工作流程和久经考验的效率——通过直观的建模、全球规范兼容性以及与 CADWorx 和 CAESAR II 等工具的双向集成，帮助用户显著缩短设计时间（在某些情况下可节省高达 85%）。

PV Elite 28 is the advanced pressure vessel and heat exchanger design, analysis, and evaluation software from Hexagon’s Asset Lifecycle Intelligence division. This comprehensive solution supports engineers, designers, fabricators, and inspectors in creating safe, code-compliant vessels for industries like oil & gas, petrochemical, and power. Building on over 30 years of development, v28 emphasizes advanced analysis, superior load handling, seamless workflows, and proven efficiency—helping users reduce design time significantly (up to 85% in some cases) through intuitive modeling, global code compliance, and bidirectional integration with tools like CADWorx and CAESAR II.

Key Features of PV Elite v28

• Advanced Analysis and Code Compliance: Full support for the latest international codes and standards (including ASME BPVC updates, EN 13445, AD2000, PD5500, and others), with accurate calculations for wall thickness, stress analysis, and Fitness for Service (FFS) evaluation of existing vessels.
• Superior Load Handling: Enhanced capabilities for complex loading conditions, including wind, seismic, pressure, thermal, and nozzle loads, ensuring reliable results for vertical towers, horizontal vessels, and heat exchangers.
• Seamless Workflows and Integration: Streamlined data entry, bidirectional links with CADWorx for design synchronization, and easy updates to reduce rework and errors; intuitive graphical environment for quick modeling and verification.
• Comprehensive Vessel and Heat Exchanger Design: Complete modeling of heads, shells, cones, nozzles, flanges, supports, and more; includes re-rating of existing equipment and detailed reports for fabrication and inspection.
• User-Friendly Interface and Efficiency: Fast setup, visual feedback, dynamic sketches, and optimized processes to accelerate design while maintaining high accuracy and safety.
• Proven Productivity Gains: Real-world results include reduced engineering costs (up to 30% in user cases), faster calculations, and confidence in meeting regulatory requirements.