Solar water heater feasibility study for under privileged towns and villages
Exploring how solar energy can provide an affordable and sustainable source of hot water for communities with limited infrastructure
Hamidreza Ramezani-Gol-Afshani, School of Engineering & Technology
About the project
This research examined the feasibility of using solar-powered water heating systems in communities where access to reliable utility services may be limited. The project focused on evaluating the technical and economic viability of solar energy as a practical solution for household water heating.
The challenge
In many communities, water heating can represent a significant household expense and may depend on costly or unreliable energy sources. The project sought to determine whether solar-powered systems could provide a cost-effective and accessible alternative.
Approach
- Conducted a review of existing solar water heating initiatives and technologies
- Evaluated solar energy availability and system performance using energy modelling tools
- Assessed factors affecting system efficiency and energy generation
- Performed financial and cost-benefit analyses to evaluate feasibility
- Investigated barriers and opportunities related to adoption and implementation
Results
- Demonstrated the potential viability of solar-powered water heating systems for residential use
- Identified conditions under which solar energy can provide meaningful cost savings
- Generated data to support future planning and implementation decisions
- Highlighted opportunities to reduce reliance on conventional energy sources
- Established a foundation for future research and development in community-scale solar solutions
Why it matters
This project explores how renewable energy can improve affordability, sustainability, and resilience in communities with limited access to infrastructure. The findings help:
- Support informed decisions about solar energy adoption
- Reduce dependence on conventional energy sources
- Improve access to affordable household energy solutions
- Advance sustainable development initiatives
- Create opportunities for broader use of renewable energy technologies