Overview
Application
HTM Solves Problems
Why choose Hybrid Thermal Mixing?

First launched in 2014, the Hybrid Thermal Mixing (HTM) hybrid ventilation system was originally designed to address the Priority School Building Programme (PSBP) requirements and has since been successfully installed in many non-educational applications as well in a large number of schools.

 

The HTM range provides natural ventilation, hybrid ventilation, secure night-time cooling, mixed tempered air during winter and boosted levels of ventilation during summer. Automatically controlled, the HTM switches between various mechanical and natural ventilation operating modes and responds to the seasonal external / internal temperatures and indoor air quality (IAQ). The HTM can be used in single-sided or cross flow ventilation strategies.

 

With exceptionally low specific fan power (SFP), low power consumption, intelligent automatic controls as standard, a full data logging facility, and temperature and CO2 sensors, the HTM delivers outstanding ventilation performance. Optional BACnet modules are available to output key performance data to a central BMS.

The HTM Hybrid ventilation system is the perfect solution for new or refurbished buildings that require the benefits of low carbon natural ventilation with the additional capacity of boost ventilation at peak times. HTM can be considered for various applications including:

 

  • School classrooms, science rooms, IT suites
  • Education lecture halls, libraries
  • Day centres and healthcare areas
  • Visitor centres
  • Offices and commercial buildings

By providing boosted ventilation and the assurance of a comfortable indoor environment during peak seasons, HTM combines the benefits of low-running cost natural ventilation during the bulk building operation hours, together with boost ventilation. The HTM system works in conjunction with natural ventilation provided by manual or automatic windows/louvres and can be used in single-sided or cross flow ventilation strategies.

 

The HTM models are designed to be installed above a suspended ceiling or within a ceiling raft and to work in conjunction with natural ventilation provided by manual or automatic windows. HTM is constructed from composite panels providing high levels of acoustic attenuation and along with its low noise fan, it meets BB93 and priority school building programme (PSBP) facility output specification requirements.

Specifiers

  • Contributes towards sustainability targets
  • Enhances your energy and carbon saving credentials
  • Helps to meet compliance criteria
  • Easy to integrate

Building Owners

  • Contributes towards carbon reduction targets
  • Low running costs
  • Fast payback
  • Data monitoring

Contractors

  • Enhances your energy and carbon saving credentials
  • Easy site preparation
  • Easy to install
  • Robust

Occupants

  • Healthy and productive environment
  • No draughts
  • Quiet and no noise disruption
  • Easy to use

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