A movable wall can impact energy efficiency in several ways:
1. Increased insulation: Movable walls can be designed with additional insulation, which can help in minimizing temperature transfer between rooms, and therefore help in reducing energy consumption.
2. Zoned heating and cooling: By installing movable walls, the space can be divided into zones that can be heated and cooled individually, which reduces the energy required for temperature control.
3. Daylighting: Movable walls can be designed to take advantage of natural daylight. This can lead to the reduction of artificial lighting usage, and hence lower electricity usage.
4. Sound insulation: Movable walls can be equipped with sound insulation, decreasing the need for louder electronics, and allowing for quiet concentration, which may decrease the distractive effect of noise on work.
5. Flexibility in space arrangement: A movable wall offers increased flexibility in space design for a particular use, which can reduce the amount of energy needed to create a new room with new heating or cooling systems from scratch.
Overall, a movable wall can contribute toward reducing energy costs, increasing efficiency and allowing for more flexibility in how a space is utilized.
Publication date: