Sentence examples for enhanced energy performance from inspiring English sources

The integration of the LTES systems can collectively contribute for achieving enhanced energy performance in the long term, which would take forward the new and the existing building to be highly energy efficient.

The paper presents a comparative study of three strategies in the design of the building envelope of multistory residential buildings combining enhanced energy performance and architectural innovation.

Simulation results demonstrate that the proposed scheme achieves an enhanced energy performance compared to the existing distributed long term evolution (LTE) RAN system.

Even though control strategies enhance energy performance and occupants׳ comfort, their level of complexity highly affects their efficiency and therefore influences their performance.

New methods have to be devised in order to support building professionals in their effort to optimize designs and to enhance energy performances.

Especially, the ReO C Fe2O3 NPL shows an energy density up to 294 μWh cm 2 μm–1 (2.94 Wh cm 3 or ∼924 Wh kg 1) and a power density of 584 μW cm 2 μm–1 (5.84 W cm 3 or ∼1834 W kg 1), which demonstrates more than an order of magnitude enhanced energy storage performance compared to most published values for 3-D thin film electrodes.

In this work, saw-tooth-like bulk metallic glass (BMG) structures were developed, exhibiting greatly enhanced energy-absorption performance as compared with existing cellular metals, such as conventional metal foams and BMG foams/honeycombs.

In this paper, the PU's activity model and the SU's sensing mechanism are utilized and an inter-frame-based dynamic double-threshold spectrum sensing scheme, which exploits the relationship of two adjacent sensing frames, is proposed to enhance energy detection performance.

Overall, the results show that response can be restricted to a specific axial crush configuration response and therefore, a controlled and repeatable energy absorption process can be obtained and modifications to alloy composition and microstructure can be used to enhance energy absorption performance of the box component.

First aim was to investigate possibility of enhancing energy and economic performance of complex three-product distillation systems via implementation of vapor recompression and bottom flashing.

In comparison to the conventional energy materials, carbon nanomaterials have attracted extensive attention because of their unusual size and surface dependent properties useful in enhancing energy conversion and storage performance [2].