Passive exhaust of energy storage cabin

How can a cabin be more energy efficient?

By orienting your cabin to take advantage of prevailing winds, you can use passive ventilation to reduce the need for mechanical cooling. Furthermore, considering the proximity of your cabin to natural resources like water and wood can also have a significant impact on its energy efficiency.

Why is passive ventilation better than mechanically ventilated buildings?

Besides, passively ventilated buildings offer the occupants a better and healthier environment than their mechanically ventilated counterparts. Around 40% of the world's energy is used in buildings during the year. The most important part of this energy is used in providing illumination, heat, cooling, and ventilation.

What is recapturing thermal energy from a passenger cabin?

Recapture of waste thermal energy from the passenger cabin. Device which typically uses a phase change material in conjunction with the evaporator to store thermal energy to keep the cabin cool for a period of time. Device which stores coolant thermal heat energy for rapid powertrain and passenger cabin warm-up.

Is passive cooling a basic requirement for building occupants?

Given that cooling is the basic requirement of building occupants, there is a deep need for further development in passive cooling techniques and strategies. This paper presents a simplistic summary of passive cooling and ventilation fundamentals coupled with a critical review of recent state-of-the-art research.

Does ventilation strategy influence the success of PCM in passive cooling?

The implemented ventilation strategy strongly influence the success of PCM in passive cooling. This point is supported both by the work done by Zavrl . Nighttime cooling is a necessity to purge the stored thermal energy; to improve the efficacy of the thermal energy storage system.

What are the benefits of active cabin ventilation?

Additionally, with the active cabin ventilation features, the vehicle’s internal temperatures will become more regulated allowing for more comfortable and agreeable driving conditions. Furthermore, improved passenger comfort technologies also improve fuel economy by lowering HVAC energy usage.