Advancing Energy Research for Sustainable Social Development
Independent research and field studies on power systems, climate change, industrial impact, and renewable energy transitions.
What You Need to Know About ERSAF
ERSAF is an independent research and social development foundation working at the intersection of energy systems, climate change, industrial transformation, and environmental sustainability.
We conduct technical studies, environmental assessments, and policy analysis to support evidence-based decision-making for governments, institutions, and industry stakeholders navigating complex energy transitions.
Our work spans power generation, renewable deployment, climate risk evaluation, industrial decarbonisation, and emerging technologies shaping long-term sustainability pathways.
Our Core Research Areas
Independent analysis across energy systems, climate, industry, and society supporting evidence-based transition strategies nationwide.
Energy Systems Research
Improving thermal generation efficiency grid resilience transmission planning regulatory pathways modeling sustainable national power transitions.
Renewable Energy Transitions
Accelerating solar wind storage deployment technoeconomic studies community adoption frameworks scalable infrastructure nationwide implementation strategies.
Climate Environment Analysis
Assessing climate risks emissions air water impacts resilience planning ecosystem protection mitigation adaptation strategies nationally.
Industrial Impact Assessment
Evaluating coal chemical industrial processes pollution mitigation safety transitions remediation compliance monitoring frameworks responsibly nationwide.
Energy Society Interactions
Studying household energy use health livelihoods equity behavioral change social outcomes inclusive transition strategies nationwide.
SOLAR POWER and coal
SOLAR POWER TAKES THE LEAD AS THE CHEAPEST ENERGY SOURCE WORLDWIDE Solar energy has…
Energy Research and Social Advancement Foundation
Solar thermal After decades of lead’s health effects being swept under the carpet and…
CCS in cement production is a concrete idea
The demonstration carbon capture and storage (CCS) plant at Heidelberg Materials’ Brevik,…
THE STORAGE CHALLENGE: GIANT “UNDERGROUND BATTERIES”
Because solar power is inconsistent, we need a place to put the extra Hydrogen.…
GREEN HYDROGEN: SOLAR-TO-FUEL
The most modern way to connect these technologies is throughPhotoelectrochemical (PEC) Water Splitting.
SOLAR’S NEW DUAL-SIDED
EFFICIENCYSolar technology in 2025 has moved beyond the “standard” panel. The mostsignificant jump has…
THE COAL EVOLUTION: FROM “BURNING” TO”SHIFTING”
The most significant change in coal (कोयला) research is moving away fromsimple combustion (burning…
Our Partners
Nulla eleifend pulvinar purus, molestie euismod odio imperdiet amet erat nec nibh rhoncus varius in non lorem pretium viverra suspendisse.
Support Research for a Sustainable Future
Contributions strengthen ERSAF’s work on power systems, climate resilience, and clean technology pathways.