What is the ventilation of energy recovery?
Energy recovery ventilation is a process to protect energy by pre -treatment of fresh air with air from the exhaust system that spends less energy when heating and cooling. This allows regular air exchange to keep the environment fresh and at the same time reduce energy costs. Better control over temperature and humidity can be possible using a ventilation system for energy recovery. It is possible to install new systems or equip existing systems to make them more environmentally friendly. It passes the heat exchanger and pre -treated the air from the outside to warm it up and transfer the humidity, maintains a comfortable level of moisture. This air still needs heating, but from the outside is warmer than fresh air. The air venting from the heating system will be cool because it loses heat through the heat exchanger.
When the inner air needs cooling due to heat, the same system of heat transmits heat from the outer air coming to the cold air that is undertaken. PMoisture also grinds and prevents internal moisture too high in summer heat. The structures of leaving the air in the hot months will be warm due to the heat that absorbs from the outer air in the heat exchanger.
Use of ventilation to recover energy cuts heating and cooling costs directly by approaching the air to the necessary temperature before entering the device. In addition, the ventilation system of energy recovery must usually be smaller, which requires less energy to install and operation. Maintenance of consistent humidity can also be beneficial. In winter, heating often causes structures to feel very dry and can lead to cracked skin and lips, eczema and other forms of skin irritation. Moisture transmission keeps the environment comfortable. In summer, when Indonebo could be too humid, the replacement of heat and humidity controls the level of moisture to keep them to a reasonable range.
heating and coolingCompanies can install and maintain ventilation systems for energy restoration, including additional systems and brand new. The level of available efficiency varies depending on climate and system. Other measures can be used for even better climate control, including isolated windows, to prevent heat loss, strategic design to keep the basic areas of the structure at stable temperature and similar techniques of passive temperature control.