- djohra saheb
- researcher
- [email protected]
- +213559884865
- Algeria
- centre de développement des énergies renouvelables
- Research Organisation (Public)
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The Renewable Energies Development Center (CDER) is a research center resulting from the restructuring of the High Commissioner for Research, established on 22 March 1988.
It is a scientific and technological public institution (EPST) responsible of conducting research and development programs, scientific and technological, of energetic systems using solar, geothermal and biomass energy.
The CDER as a scientific center, actively participates in the national program for research and technological development, as defined by law and policy program at five-year projection on scientific research and technological development.
The national programs selected on this program are focused on economic and social priorities in order to meet the strategical needs for the economical development.
The CDER, since its creation,works on the application of this strategy through the deployment and integration of several projects and pilot projects at national level.
The CDER with its research teams and its three research units :
Solar Equipment Development Unit (UDES),
Applied Research Unit for Renewable Energies (URAER),
Research Unit for Renewable Energies in Saharan Regions (URERMS),
In addition of its commercial subsidiary ER2, which is present all over the country as an excellence center on renewable energies through its scientific productions and its innovations in social-economical sector for the population especially the remote ones. - Topic 2.1.1-2024 (RIA ) Effective water accounting approaches under crisis conditions: climate change and external shocks
- Topic 1.3.1-2024 (IA) – Developing cost-effective and sustainable technologies adapted to Mediterranean Food Systems to decrease food loss and waste.
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The production of ice blocks using solar power can play a significant role in various areas, helping to preserve food, improve transportation conditions, support fishing activities, maintain the quality of food and beverages, and ensure the availability of medical supplies in isolated areas.
The type of collaboration request related to the production of ice blocks from solar power for isolated areas could vary depending on the specific needs and goals of the project. Some potential types of collaboration requests could include:
1. Technical expertise: Seeking collaboration with experts in solar power technology, refrigeration systems, or ice block production to optimize the efficiency and effectiveness of the process.
2. Funding and investment: Requesting collaboration with investors or funding organizations to support the development and implementation of solar-powered ice block production facilities in isolated areas.
3. Research collaboration: Seeking collaboration with research institutions or universities to conduct studies on the feasibility, impact, and benefits of solar-powered ice block production in isolated areas.
4. Supply chain collaboration: Collaborating with suppliers of solar panels, refrigeration equipment, or other components necessary for ice block production to establish reliable supply chains in remote locations.
5. Community engagement: Collaborating with local communities, NGOs, or government agencies to assess needs, gather feedback, and ensure the project aligns with the priorities and preferences of the people in isolated areas.
6. Distribution and logistics: Collaborating with logistics companies or distribution networks to ensure efficient transportation and distribution of ice blocks to various locations within isolated areas.
7. Training and capacity building: Collaborating with educational institutions or training organizations to provide training and capacity-building programs for local communities or entrepreneurs interested in managing or operating solar-powered ice block production facilities. -
1. Ice blocks
2. Solar power
3. Isolated areas
4. Food preservation
5. Transportation
6. Fragile goods
7. Fishing
8. Bakery
9. Beverage cooling
10. Medical applications