Вход на сайт

Просмотр новости

Найдите то, что Вас интересует

Oversizing and Part-Load Problems

Дата публикации: 13-08-2026 00:00:00

Oversizing, the common engineering practice of specifying devices with capacity exceeding the actual load requirement, is a widespread practice across virtually all building technologies end-use categories, including HVAC, electrical systems, lighting, appliances, and plug loads. This practice, driven by factors like design uncertainty, institutional pressures, and
risk aversion, results in wasted capital investment, control difficulties, and excessive energy consumption due to inefficient part-load operation.
Part-load operation, where devices run below maximum capacity, is the dominant operating mode in most energy systems and presents a complex design challenge. Solutions to match output to load fall into three broad categories: constraining the output, adjusting the
device’s internal behavior, and linking output to energy storage or other waste-heat reuse applications. The energy implications of part-load are critical, as efficiency often drops sharply as load decreases across...

Схожие новости

#Наименование новостиТональностьИнформативностьДата публикации
1Scaling Demand Flexibility: Building on 30 Years of Energy Efficiency Success06.713-08-2026
2Implementation Lessons and Future Pathways for Scalable Model Predictive Control in Large Commercial Buildings08.5917-08-2026
3Are Load Flexible Technologies Affordable? A Population-Scale Cost-Benefit Analysis011.0413-08-2026
4Characterizing electrical demand and load diversity of low-power water and space heating appliances in US homes07.5218-08-2026
5Enhancing building resilience: Maintaining energy efficiency and thermal comfort during power outages in cold climates06.1418-08-2026
6Thermal Reservoir Networks for Modularly Expandable Thermal Microgrids010.1913-08-2026
7Optimizing Heat Recovery with Storage: Control Validation and Sensitivity Analysis of the Time-Independent Energy Recovery Plant Using Modelica09.117-08-2026
8Cost-related notifications in smart homes: influencing resident behavior and shifting peak-hour power loads011.3217-08-2026
9USB-C Outlets for Plug Loads in 350V DC Buildings09.4318-08-2026
10A Power-Centric Digitally-Managed 48V Distribution Technology07.3417-08-2026

Классификация: . Схожих патентов: 0. Схожих новостей: 10. Тональность: 0. Информативность: 9.01. Источник: escholarship.org.