REHVA Journal - n. 1
Type of periodic review: Journal
Summary
The REHVA Journal is a bimonthly technical publication presenting the latest developments in the European HVAC sector, with specific focus on the energy efficiency and indoor environment of buildings and use of renewable energy sources. The journal provides readers with technical articles and HVAC sector insights written by top European experts, news from the European Union, product information, publications, events and more. It is read by the HVAC industry professionals (i.e. designers, consultants, manufacturers, investors, mechanical contractors, sales and representative companies, architects energy sector's professionals, governmental institutions authorities, etc.)
The REHVA Journal offers guidance to professionals willing to learn more about the latest EU policies, innovations and technologies, keeping them updated about topical HVAC sector issues such as:
- Energy efficient products and system for buildings
- Implementation of EU directives (EPBD, Energy efficiency, Renovation Wave, Ecodesign)
- Nearly Zero Energy Buildings
- Ventilation and Indoor Environmental Quality
- Heating and Air Conditioning systems
- Use of Renewable Energy Sources
Details
- Original title: REHVA Journal - n. 1
- Record ID : NP000598-002
- Publication: Rehva (federation of european heating, ventilation and air-conditioning associations) - Istanbul - Türkiye (republic)
- Publication date: 2002/03
- Number: n. 1
- ISSN: 1307-3729
- Document available for consultation in the library of the IIR headquarters only.
Links
See articles (4)
See periodic review
Indexing
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Themes:
Energy efficiency, energy savings;
Green buildings;
Regulations and standardization (Montreal and Kyoto Protocols…);
Indoor air quality;
Heat pumps, energy recovery: general information;
Air conditioning: general information;
General information on environment (climate change, ozone depletion…) - Keywords: Energy efficiency; Energy saving; Green building; Regulations; European Union; Ventilation; Air quality; Indoor environment; Renewable energy; Heating; Air conditioning