Sentence examples for summer overheating from inspiring English sources
However, current industry standard weather files for building simulation are not suited to the assessment of the potential impacts of a changing climate, in particular summer overheating risks.
The study highlights the emerging issue of summer overheating in heating-dominated countries such as the UK,where this has not been traditionally a concern.
The scientific literature and some standards offer a number of long-term thermal discomfort indices and methods for predicting the likelihood of summer overheating in buildings.
Results reveal that 25% trickle ventilation opening fraction is required to achieve required airflow rates and acceptable thermal comfort in winter, and with exception of window-based design, other strategies minimise summer overheating to different extents.
Simulations of a case study building highlight the potential impact of climate change on future summer overheating hours inside naturally ventilated buildings.
The results indicate that using insulated cavity brick wall in Melbourne would significantly reduce summer overheating and thermal discomfort in non-air conditioned buildings in daytime period.
A high demand for heating energy in winter, overheating in summer and visual discomfort are important issues in school buildings in the cold climate of China.
It is possible to maximize solar heat gain in winter, avoid overheating in summer by proper design of building elements and bring indoor air temperature near comfort zone (18 27 °C) to optimize energy needs.
However, this method during summer evinces overheating between the two skin layers.
The multi-objective optimization was developed to study the interaction between annual heating demand and summer thermal overheating rate objectives and assess their trade-offs.
As reported in the scientific literature and mentioned in building energy performance legislation, the thermal inertia of the opaque building envelope can have a significant positive impact on the reduction of summer indoor overheating, of space cooling peak load and of electricity consumption.
