ASHRAE 90.1 Requisitos de recuperación de calor

ASHRAE Standard 90.1 is the reference energy standard for commercial buildings in the United States, and its exhaust-air energy recovery rule is the single most common code trigger for specifying a heat recovery ventilator. This article summarizes the ASHRAE 90.1-2022 requirements that apply to designers specifying air-to-air recovery. When Recovery Is Mandatory (Section 6.5.6.1) A […]

Recuperacion de calor por deshumidificacion con desecante

Desiccant dehumidification heat recovery combines moisture removal with energy recycling. A desiccant material (solid wheel or liquid solution) absorbs water vapor from process air; the now-concentrated desiccant is regenerated using low-grade heat, and that regeneration stream’s energy is recovered rather than wasted. Why Pair Desiccation with Recovery Conventional cooling-only dehumidification overcools then reheats the air, […]

Recuperacion de calor en estacion de energia distrital: compartir calor entre edificios

One plant, many buildings A district energy station produces heating and/or cooling centrally and distributes it through a network to multiple buildings. Recovery is built in at two levels: the central plant reuses its own waste heat, and buildings return low-grade heat to the network. CHP at the core Many stations run combined heat and […]

Recuperacion de calor en edificio comercial: oficinas, hoteles, uso mixto

The everyday opportunity Offices, hotels, and mixed-use buildings run ventilation around the clock with high fresh-air rates. Recovering that exhaust energy is the single biggest HVAC saving for most commercial stock. Technology mix Offices – balanced AHUs favor plate or rotary recovery; see AHU recovery. Hotels – guest-room ventilation plus laundry and pool loads; pair […]

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Calculadoras gratuitas de recuperación de calor y herramientas de dimensionamiento