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NeGeV: next generation energy efficient ventilation system using phase change materials
Energy Informatics Pub Date : 2019-01-18 , DOI: 10.1186/s42162-019-0067-1
Christian T. Veje , Muhyiddine Jradi , Ivar Lund , Thomas Hansen , Klavs Kamuk , Esther Kieseritzky , Christian G. Nicolaisen

Product development in the HVAC business segment are continually showing disturbingly slow annual increases in product performance, gradually reducing profitability in the market. Cooling and heating technologies applied in the HVAC industry range from simple natural cooling to more advanced active solutions based on conventional compression technology, but the performance increase is fundamentally incremental. This paper presents the NeGeV project which will provide an innovative solution demonstrating a leap in ventilation systems performance through the use of phase change materials for active heat recovery during periods of cooling needs. The project will develop, design and produce a prototype system and document its performance through certified tests. Through development of intelligent controls for the system, the project will demonstrate the potential for system integration into a smart grid application of load shifting and optimal operation control. In addition, the technical and economic feasibility of the prototype will be evaluated considering an office-space case study.

中文翻译:

NeGeV:使用相变材料的下一代节能通风系统

暖通空调业务领域的产品开发持续显示令人不安的产品性能年增长率缓慢增长,从而逐渐降低了市场的盈利能力。暖通空调行业中应用的冷却和加热技术从简单的自然冷却到基于常规压缩技术的更先进的主动解决方案,但性能的提高基本上是递增的。本文介绍了NeGeV项目,该项目将提供创新的解决方案,通过使用相变材料在制冷需求期间主动回收热量,展示通风系统性能的飞跃。该项目将开发,设计和生产原型系统,并通过认证测试记录其性能。通过开发系统的智能控件,该项目将展示将系统集成到负载转移和最佳运行控制的智能电网应用程序中的潜力。此外,还将考虑办公室空间案例研究来评估原型的技术和经济可行性。
更新日期:2019-01-18
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