Remote Microgrid Power-Water-Communication systems
PROJECT AT A GLANCE
| Client | Client Curtin University |
| Task | Remote standalone Microgrid Power-Water-Communication systems |
| Funding | ARC Linkage Grant and Curtin Research (partial funding) |
Curtin University
Project at a glance
- Location: Client Curtin University
- Task: Remote standalone Microgrid Power-Water-Communication systems
- Funding: ARC Linkage Grant and Curtin Research (partial funding)
- Date: April 7, 2015
Project details
| Date | April 7, 2015 |
| Location | Client Curtin University |
| Task | Remote standalone Microgrid Power-Water-Communication systems |
Remote hybrid power-water-communication system for remote communities in Australia. Plug-n-play 500L/Hr drinking water system and community power for health clinics, schools and community centers. Mostly run on Solar-battery and uses diesel as backup for peak loads.