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Intelligent 3-D Design Enhances Productivity Progress Energy develops advanced modeling and computer-aided tools to further substation design

机译:智能3D设计提高生产率进步Energy开发了先进的建模和计算机辅助工具,以进一步实现变电站设计

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摘要

ELECTRIC UTILITY ENGINEERS HAVE TRADITIONALLY EMPLOYED 2-D COMPUTER-AIDED DESIGN (CAD) drawings to design substations, even after better technology was developed. Utilities have largely ignored advanced CAD tools, especially 3-D modeling features, even though they are the norm in many industries. For instance, the manufacturing industry has been using 3-D CAD models with associated bill-of-material (BOM) information in its design plans for years. Progress Energy Carolinas (Raleigh, North Carolina, U.S.) believes the electric utility industry should follow similar processes. Progress Energy is in a good position to reap the benefits of the advanced technology as steady growth in the Carolinas leads to increased demand for electricity, which means building new substations. The utility currently serves 1.4 million customers in North Carolina and South Carolina over a 34,000-sq mile (88,060-sq km) service territory.
机译:即使开发出更好的技术,公用事业工程师也必须采用传统的二维计算机辅助设计(CAD)图来设计变电站。实用程序在很大程度上已经忽略了高级CAD工具,尤其是3-D建模功能,即使它们在许多行业中已成为常态。例如,多年以来,制造业一直在其设计计划中使用带有关联物料清单(BOM)信息的3-D CAD模型。 Progress Energy Carolinas公司(美国北卡罗莱纳州罗利)认为,电力行业应遵循类似的流程。由于卡罗来纳州的稳定增长导致对电力的需求增加,这意味着要建设新的变电站,Progress Energy可以很好地利用先进技术的好处。该公用事业公司目前在34,000平方英里(88,060平方公里)的服务区域内为北卡罗莱纳州和南卡罗来纳州的140万客户提供服务。

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