A sustainable energy system may be well-defined as a cost-effective, reliable, and environment-friendly energy system that effectively utilizes local resources and networks. These challenges have forced all stakeholders to focus more on potential long-term actions for sustainable development by using renewable energy sources as environmentally friendly sources of energy. Furthermore, the energy produced by conventional energy sources increases greenhouse gas emissions which may cause global warming. Besides, the traditional energy sources are limited, affected by worldwide events such as pandemics or wars, and fast depleting, threatening the balance of future energy demand/generation. However, the energy demands are exponentially increasing, resulting in rapid growth in the need for conventional fossil fuels. Nowadays, a significant portion of the worldwide energy requirements is supplied from conventional energy sources like coal, natural gas, oil, and others. The main scope of the book is given below. We are working on the above new book, which is approved by IET. Recommendations that would promote Abu Dhabi not only as a regional sustainability pioneer, but a leader of The proposed “VRI for Sustainable Energy Production, Storage, and Utilization” will produce policy Technologies to support more informed decision-making for government, industry, and investment communities, Additionally, with comprehensive techno-socio-economic analyses of sustainable energy It also tackles challenges of grid-scaleĮnergy storage and demand-side energy efficiency, develops smart transmission and distribution technologies,Īnd provides a critical platform to position Abu Dhabi’s innovation and competitiveness in a global sustainableĮnergy economy. Power grid, in the meantime reducing the dependence on natural gas. Strong industry involvement, the portfolio of the VRI’s R&D will enable high penetration of solar energy into the Smart grid, and demand-side energy efficiency that are important to Abu Dhabi’s sustainable development. Technologies spanning areas of sustainable power generation, energy storage, renewable energy integration, Guided by Abu Dhabi’s energy industry, the core R&D efforts of the proposed VRI cover cutting-edge Objectives with high level of flexibility. Modernize Abu Dhabi’s energy infrastructure, ensuring stability, preserving reliability, and meeting economic Utilization” aims to develop advanced renewable energy and sustainable technologies that can pave the way to Institutes (VRI) in the Emirate of Abu Dhabi, this proposed “VRI for Sustainable Energy Production, Storage, and In response to the funding call for proposals focused on setting up Virtual Research The truth is that we can do anything with water-except go on without it.Committing to sustainability, Abu Dhabi aspires to be an international hub for renewable energy and The Jebel Ali plant in the United Arab Emirates, shown in this photo essay, can produce 564 million gallons (2.13 billion L) of water a day from the sea, a sign of the sheer scale that may be needed in a drier future. And an old technology, ocean desalination, is getting a fresh look as high-tech plants churn out millions of gallons of freshwater a day. Efficiency can stretch existing supplies (in the U.S., overall water use has fallen even as the population has grown). So in 2015 and beyond, the challenge of water scarcity will only grow, which could lead to global instability. The world is projected to hold 9 billion people or more by 2050-and they’ll all be thirsty. Climate change could intensify desertification in already dry parts of the planet. Globally, the rate of water withdrawal-water diverted from an existing surface or underground source-increased at more than twice the rate of global population growth over the past century. Until it’s gone.Īlready 1.2 billion people, nearly a sixth of the world’s population, live in areas afflicted by water scarcity, and that figure could grow to 1.8 billion by 2025. To call water the basis of life doesn’t give credit enough, yet we often treat it like an afterthought. It’s in us-or more precisely, we’re it, given that about 60% of our bodies is made of it. It’s in television and the Internet and the air. It’s in your clothes and your food, the appliances in your home and the electricity that powers them.
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