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This report analyses the regional energy landscape, potential and costs, policy and investment needs, and expected socio-economic impact from a shift to renewables.
Energy is crucial to the functioning of any human society and central to understanding East Asia’s ‘economic miracle’. The region’s rapid development over the last few decades has been inherently energy-intensive and the impact on global energy security, climate change and the twenty-first-century global system generally is now very significant and will become more so over foreseeable years and decades to come. The region is already the world’s largest energy consumer and greenhouse gas emitter, so establishing cleaner energy systems in East Asia is both a regional and global challenge, and renewable energy has a critically important part to play in meeting it. This book presents a comprehensive study of renewable energy development in East Asia. It begins by examining renewable energy development in global and historic contexts, and situates East Asia’s position in the recent worldwide expansion of renewables. This same approach is applied on sector-specific chapter studies on wind, solar, hydropower, geothermal, ocean (wave and tidal) and bioenergy, and to general trends in renewable energy policy. Governments play a critical role in promoting renewables and their contribution to tackling climate change and other environmental challenges. Christopher M. Dent argues this is particularly relevant to East Asia, where state capacity practice has been increasingly allied to ecological modernisation thinking to form what he calls ‘new developmentalism’, the principal foundation on which renewables have developed in the region as well as how East Asia’s low carbon development is being generally promoted. Renewable Energy in East Asia will be of huge interest to students and scholars of Asian studies, economics, political economy, energy studies, business, development, international relations and environmental studies. It will also appeal to researchers working on the subject matter in government, business, international organisations, think tanks and civil society organisations.
The costs of renewable energy-based electricity generation have fallen precipitously in recent years to levels that are increasingly competitive with traditional generation such as fossil fuel-based generation. As these costs become increasingly competitive, private developers, policymakers, and energy system planners are searching for opportunities to harness high-quality renewable energy resources. Developing economies are setting ambitious targets and exploring how cost-effective, grid-connected renewable energy options can help power economic growth and meet growing electricity demands. This includes the member states of the Association of Southeast Asian Nations (ASEAN) that are determined to reach a target of 23% of renewable energy in the region's total primary energy supply by 2025. A critical gap to identifying opportunities and scaling up renewable energy is the lack of quality data and analyses to support decisions on the investment and deployment of renewables - including wind and solar photovoltaics (PV). This work supports decision making by providing high-quality data and spatial analysis of the cost of utility-scale wind and solar PV generation in select countries of Southeast Asia - specifically, the ASEAN member states. Generation costs are expressed as the levelized cost of energy (LCOE) - a commonly used metric that represents the net present value of the unit cost of electricity during the lifetime of a particular electricity generation technology. This is the first spatial estimate of LCOE for these technologies within the ASEAN member states - providing insights into the roles that renewable energy resource quality and other factors may play in generation costs.
Renewable Energy Systems in Southeast Asia surveys the market prospects of nonconventional power-generating and transforming equipment in the Pacific Rim, a region where many newly industrialized and oil-producing countries are found. This one-of-a-kind book provides detailed coverage of solar photovoltaic systems, small hydropower, wind energy, solar thermal, and biomass energy alternatives. It highlights the social, political, economic, and environmental consequences of the utilization and issemination of renewable energy systems. This book is a must reading for engineers working on small power projects, private power developers, renewable energy specialists, energy policy makers, as well as renewable energy manufacturers looking ot expand their markets in the region.
Providing an analysis of multilateral power markets, this book examines power interconnection in Southeast Asia, especially among the ASEAN countries. It uses evolutionary experience of electricity interconnection and trade in three international markets that have relevance for ASEAN to draw upon common global themes. Specifically, it compares the Southern African Power Pool, the European grid, and Nord Pool. Discussing the progress made among ASEAN countries in regional energy integration, with a particular focus on the Greater Mekong Sub-region interconnection, it also examines the recently announced interconnection concept between Lao People’s Democratic Republic, Thailand, Malaysia, and Singapore. Exploring the challenges facing ASEAN interconnection of power grids in the context of previous experience elsewhere in the world, this book presents a template for appropriate best practice in terms of technical, political, and financial requirements. It will therefore be of value to decision makers interested in the political economy of energy in Southeast Asia, as well as academics working on Energy Politics and Southeast Asian Politics.
The electricity sector's reforms aim to modernise its infrastructure, rules, policies, and procedures to allow for more efficiency and for clean energy to have the same playing field in the power competition/wholesale/retail electricity market. This will enable inefficient power to be phased out gradually. Over the past 2 decades, there has been remarkable progress in the Association of Southeast Asian Nations (ASEAN) electricity markets that has increased the electrification ratio substantially; however, it has not achieved free market competition, universal electrification, and emission reduction plans. ASEAN aims to achieve universal access to electricity by 2030.Electricity Market Reforms in ASEAN, China, India, and Japan provides 10 empirical studies investigating and evaluating the electricity market reforms in Southeast Asia, China, India, and Japan. The book analyses the electricity market policy reform plans, market liberalisation, tariff reform, electricity trade, renewable energy integration, resource allocation, and the sustainability of the electricity market in the region and these countries. It provides policy recommendations to foster the reforms and increase market efficiency.
This book covers critical debates on policies, markets and emerging issues that shape renewable energy transition in the Asian region, which is fast becoming an epicenter of the global energy consumption. The chapters focus on domestic policies, geopolitics, technology landscape and governance structure pertaining to the development of renewable energy in different Asian countries ranging from China to the Middle East. The book presents an insightful view of the pace and magnitude of the energy transition. It presents critical steps countries are taking to promote affordable and clean energy (SDG 7) as well as strengthening climate mitigation actions (SDG 13). In addition, this book introduces the concept of co-innovation---a collaborative and iterative approach to jointly innovate, manufacture and scale up low-carbon technologies---and its role in promoting energy transition in Asia. Chapter 8 (Renewable energy deployment to stimulate energy transition in the Gulf Cooperation Council) is available open access under a Creative Commons Attribution 4.0 International License via link.springer.com.
Malaysia pledged to reduce greenhouse gas (GHG) emissions by 45 per cent by 2030 in relation to its 2005 GDP figure. The sectors listed as the main focus of this effort included: energy, industrial processes, waste, agriculture, land use, land-use change and forestry (LULUCF). Several initiatives under myriad governments have been launched to reduce Malaysia’s climate change impacts; among those has been the emphasis on renewable energy (RE). Malaysia’s current energy mix relies heavily on coal and natural gas. Long-entrenched subsidies on these energy sources, coupled with greatly depreciating prices make it difficult for new RE producers to enter the market and increase their market share. This is in spite of positive developments in RE infrastructure and reduced RE material costs. Solar, biogas, biomass and mini-hydro have been put forward as the RE sources with the most potential, but all have issues of consistency and reliability. Because small energy generators cannot guarantee infallible energy production, they may not be the most viable options for the long term. Their size also denies them the economies of scale that would reduce their costs. Instead, these higher costs may be transferred to the consumer. Other issues include the competition for land in the development of large-scale solar farms, including the possible loss of community farmlands and hence livelihoods, if not displacement. A push for biomass and biogas as a source of energy might also lead to increased oil palm production to meet the need for consistent supplies of oil palm waste. Biogas from municipal landfills is made even more challenging given that Malaysian municipal waste is not sorted at source. One possible solution is the use of hybrid RE in rural areas, comprising a mix of micro-hydro, solar and diesel-based energy generation as a back-up. However an immediate win is to ensure energy efficiency and public education to encourage emissions reduction and climate change impacts on the individual consumer.