Abilities and limitations of thermal mass activation for thermal comfort, peak shifting and shaving: A review

作者：Olsthoorn Dave; Haghighat Fariborz; Moreau Alain; Lacroix Gino

来源：Building and Environment, 2017, 118: 113-127.

DOI：10.1016/j.buildenv.2017.03.029

• Thermal mass
• Peak shifting
• Peak shaving
• Energy
• Indoor environment
• Predictive control

The building and infrastructure sector is accountable for 40% of the total worldwide energy consumption and one third of the worldwide GHG emissions. In developed countries, the total energy consumption has increased, despite energy efficiency measures. A sustainable solution is to reduce the peak consumption by shifting the profile to off peak periods. This option can be economically advantageous for consumers in regions with off peak tariffs. It can also generate an energy consumption reduction if off peak charging of the thermal mass makes the mechanical equipment run at a higher efficiency. Thermal energy systems (TES) are believed to be the most cost effective method for demand side management at the moment. Note however, that thermal mass in buildings for load management is an obstacle with classical controls because it reduces the instantaneous influence of the conditioning system. Four activation methods are discussed: surface activation, forced-air activation, hydronic activation and electrical activation. The performance and control for such systems with peak shaving and shifting as an objective is discussed and barriers to its application and development is also addressed.

• 出版日期2017-6