Your search request returned 7571 results.
This report analyzes the key trends driving energy transition across the GCC, focusing on renewable energy, digital grids, energy storage, distributed systems, and efficiency. It outlines market opportunities, enabling technologies, and the structural role of energy efficiency and district cooling in achieving regional climate and energy goals.
This executive summary brings together perspectives from regional business leaders on the forces shaping future cities in the Middle East. It highlights the role of sustainability, smart buildings, renewable energy, digital public services, real estate expansion, and investor-friendly policies in redefining urban development across Qatar, Bahrain, Saudi Arabia, and the UAE.
This report examines the role of green hydrogen in global decarbonization, outlining production pathways, technology developments, deployment trends, and strategic opportunities. It highlights hydrogen’s potential across industry, power, transport, and storage, while emphasizing the importance of cost reduction, electrolyzer innovation, and regional advantages such as those found in the GCC.
This report examines the evolving solar landscape across the Middle East, assessing policy shifts, investment trends, market development, and the technologies shaping regional deployment. It highlights how solar power is intersecting with carbon credits, green hydrogen, electric vehicles, digitalization, storage, and country-level energy strategies across leading MENA markets.
The AFSIA Annual Outlook analyzes the rapid development of solar energy markets across Africa. It examines installed capacity growth, national policy frameworks, investment trends, and the increasing role of solar power in expanding electricity access and supporting energy transition goals across the continent.
This report examines the rapid growth of solar energy across Middle Eastern markets, highlighting capacity expansion, investment trends, regulatory developments, and technological innovation. It evaluates how falling solar costs, government policies, and regional energy diversification strategies are accelerating the adoption of photovoltaic power across the region.
This white paper examines how wind-related forces affect utility-scale solar tracker systems and outlines engineering strategies that improve resilience against extreme weather events. It explores dynamic wind effects, solar tracker architecture, module design risks, and operational controls that can mitigate structural failures and reduce long-term insurance and investment risk
