Sentence examples for comprehensive energy performance from inspiring English sources

This paper explores a new comprehensive energy performance based benchmarking method for addressing the energy saving from both technical and non-technical measures.

The results enable us to understand why municipalities should be called upon to enhance energy efficiency by first looking at a comprehensive energy performance assessment.

The main aims are to identify the comprehensive energy performance (space cooling and hot water preheating) of the WAC and the optimum design of the helical heat exchanger taking into account the variation in tap water flow rate.

Balancing the conflict between activity and the conductivity of carbon based electrode materials would contribute to comprehensive energy storage performance for practical application.

This study is helpful for selection of appropriate shell thickness and materials to achieve excellent comprehensive energy storage performance of encapsulated PCMs.

This paper establishes a thermo-mechanical model considering the liquid density variation to explore the comprehensive energy storage performance of two types of small-sized encapsulated phase change materials (PCMs) as well as effects of shell thickness.

This led to the formation of the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE Task Group on Energy Requirementss to develop a comprehensive hourly energy performance simulation of buildings, as well as to the activities of automated procedure for engineering consultants (APEC) for cooling load calculations.

A numerical case of BCHP system for a commercial office building in Beijing, China is applied to obtain the optimum BCHP alternative in terms of the comprehensive energy and environment performance.

Sellers are required to provide a comprehensive written assessment called a Home Report, documenting condition, energy performance, renovations, and other pertinent information — even disputes with neighbors.

This paper presents a comprehensive global uncertainty and sensitivity analysis of daylighting and energy performance for private offices with automated interior roller shades using an advanced integrated thermal and lighting simulation model.

Due to its complexity, SWHS integration requires a comprehensive approach including consideration of the functional and aesthetic, energy performance, and economic and ecological aspects from conceptual design through to design realization.