AIVC Newsletter - September 2016

The September issue of the AIVC newsletter has just been released.

Contents include:

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AIVC Newsletter, September 2016

The tenth issue of the AIVC newsletter, released in September 2016 . Contents include:

AIVC Newsletter, September 2016

Contents:

Submit your abstracts for the 38th AIVC conference

The 38th AIVC conference "Ventilating healthy low-energy buildings" will be held on 13 and 14 September 2017 in Nottingham (UK) together with the 6th TightVent conference and the 4th venticool conference. 

Abstract submission is now open. More information is available here.

 

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AIVC - ASHRAE - IAQ - 2016 Conference, Alexandria, USA

The conference, co-organized by ASHRAE and AIVC, takes place Sept. 12-14, 2016, in Alexandria, Va., at the Crowne Plaza Old Town Alexandria.

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Agenda for Ventilation and Air Infiltration 2020 and beyond: knowledge gaps, research priorities and the need for innovation

During the joint CLIMA 2016 and the 12th REHVA Conference held in Aalborg on May 22-25 2016, a specific session dealing with ventilation and air infiltration was organised by the AIVC.

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Effective ventilation in high performance buildings (Book of Proceedings)

The Proceedings of the 36th AIVC Conference " Effective ventilation in high performance buildings", held in Madrid, Spain, 23-24 September 2015.

Effective ventilation in high performance buildings (Slides)

The Presentations at the 36th AIVC Conference " Effective ventilation in high performance buildings", held in Madrid, Spain, 23-24 September 2015.

Uncertainty Analysis And Parameter Estimation of HVAC Systems in Building Energy Models

Building performance simulation has the potential to quantitatively evaluate design alternatives and various energy conservation measures for retrofit projects. However before design strategies can be evaluated, accurate modeling of existing conditions is crucial. This paper extends current model calibration practice by presenting a probabilistic method for estimating uncertain parameters in HVAC systems for whole building energy modeling. Using Markov Chain Monte Carlo (MCMC) methods, probabilistic estimates of the parameters in two HVAC models were generated for use in EnergyPlus.

An Innovative Cooling System Based on Evaporation from A Porous Tank

The exponential increase of the cooling demand in buildings obliges to find alternatives to the high electricity consumption with air conditioning systems. This work investigates a new cooling system based on evaporation. The key component of this system is a porous tank filled with water. Evaporation process occurs at the outside surface, which cools down water in the tank. Fresh water is then used to meet the cooling demand in the building. To model the impact of this new system, an accurate model of the porous tank is needed.

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