Following the release of the Facilities Output Specification (FOS) for the Priority Schools Building Programme (PSBP), Monodraught Ltd. have utilised their extensive knowledge, product testing, and building simulation skills to develop low energy ventilation systems which meet the FOS requirements in a cost-efficient manner.
Monodraught Hybrid Ventilation (HVR) is a range of products that set a new benchmark for the future generation of low energy hybrid ventilation systems that integrate heat exchange ventilation strategies.
They are designed to provide natural ventilation, hybrid mixing ventilation, low energy mechanical heat recovery ventilation in one compact unit, with the ability to provide, mechanical heating, mechanical cooling, secure night time cooling and boosted levels of ventilation during summer.
The HVR products operate completely autonomously to ensure optimum indoor air quality with the lowest possible energy use - in terms of both the energy consumption of the ventilation system and overall building energy usage.
The HVR products are designed to work in conjunction with other natural ventilation provided by manual or automatic windows or louvres and can be used in single sided or cross flow ventilation strategies. The units can be mounted horizontally above windows and can be ducted to provide ventilation to deep plan rooms.
The HVR products comprise of an intelligent and fully automatic control system coupled with a low energy ventilation system which switches between operational modes dependant on season, external/internal temperature conditions and indoor air quality (IAQ).
The HVR products have exceptionally low specific fan powers and feature an intelligent control system, which is supplied as standard, with full data logging facility, temperature control and CO2 control. With the optional BACnet module, each unit has the ability to output key performance data to a central BMS.
