Étude de cas
Unplugged and Keeping Cool—Testing Off-Grid Vaccine Storage Solutions in Vietnam
Keeping heat-sensitive vaccines at the right temperature is crucial yet often difficult in areas with limited or no electrical power. Project Optimize collaborated with the Vietnam National Expanded Programme on Immunization to evaluate two technologies to respond to this challenge. One was a direct-drive solar refrigerator and the other a passive cooling device. This fact sheet describes the lessons learned from the demonstration—information which can be used by other country programs considering these devices for long-term storage of vaccines.
Auteurs
Langues
- Anglais
- Français
Année de publication
2013
Type
Étude de cas
Catégories
- Chaîne d'approvisionnement
Pays
- Viet Nam
Organisations
- PATH
- Organisation Mondiale de la Santé (OMS)
Mots-clés
- Boîte isotherme / porte-vaccins
- Optimize
- Réfrigérateur / congélateur
- Solaire
Régions de l'OMS
- Région du Pacifique occidental
OPTIMIZE_CC_TECHNOLOGY
Cette ressource apparaît sur le Thème suivant:
Cette ressource est incluse dans le tableau suivant:
| Titre | Auteur | Année | Type | Langue |
|---|---|---|---|---|
| Domestic refrigerators for vaccine storage in Tunisia | PATH, World Health Organization (WHO) | 2012 | Case study | Anglais |
| Unplugged and Keeping Cool—Testing Off-Grid Vaccine Storage Solutions in Vietnam | PATH, World Health Organization (WHO) | 2013 | Case study | Anglais, Français |
| Stimulating innovation in the vaccine cold chain equipment industry | PATH, World Health Organization (WHO) | 2013 | Case study | Anglais, Français |
| Installing and Testing Battery-Free Solar Refrigerators in Vietnam | PATH, World Health Organization (WHO) | 2013 | Case study | Anglais, Français |
| Direct-Drive Solar Vaccine Refrigerators | PATH, World Health Organization (WHO) | 2013 | Case study | Anglais, Français |
