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"Providing an analysis of multi-lateral power markets, this book examines power interconnection in Southeast Asia, especially amongst 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"--

With a view of achieving its obligations under the global climate change regime, and low technical potential for other renewable energy technologies, solar photovoltaics (PV) is the main focus for Singapore to generate low carbon electricity. However, a high penetration of PV in Singapore's electricity market would result in a number of costs and benefits that need to be quantified in order to ensure prudent government policies for "supporting" the widespread adoption of PV in Singapore. The quantification of these costs and benefits would allow policymakers to realize the true "value" of solar PV for Singapore and would address the limitations of relying on the levelised cost of electricity metric. This paper provides an assessment of the societal value that PV would bring to Singapore, essentially an isolated power system with a liberalized electricity market. For the purpose of this study, the determination of the value of solar involves quantifying the savings due to the merit order effect, costs due to additional frequency control services, and net avoidance of CO2 emissions.