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The Chinese electricity sector is in the midst of a transition from a state-owned monopoly to a market-oriented structural unbundling. In the process of restructuring, the power system is facing significant deficiencies which hinder integration of sustainable solutions and dramatically impact the environment.

The chapter provides a qualitative analysis of the legislative, regulatory, and administrative provisions that have been recently implemented in the Chinese electricity sector, in order to identify the barriers that limit implementation of sustainable solutions and suggest prospects of change.

Despite a strong commitment to renewable energy, integration of sustainable solutions in the Chinese power system is hampered by an inefficient coordination between the players variously operating in the electricity sector and a lack of consistency at the regulatory design stage.

A clear picture of the legislative, regulatory, and administrative inconsistencies that characterize the Chinese electricity sector may help Chinese policy makers to overcome issues that hinder efficiency and hence develop a systemic approach useful to make the economic growth sustainable.

The chapter considers integration of sustainable solutions as related to the policy makers’ ability to conceptualize systemic efficiency in relation to an original understanding of proximity between efficient energy systems to be developed on a regional basis.

This chapter presents a South American perspective on the environmental and financial sustainability of energy integration incorporating recent financial lessons from the United States and Europe. An illustrative project called UNASUR-GRID is presented to highlight new thinking on funding ecologically sensitive development (post-carbon electricity generation) and regional energy sovereignty via a new regional development bank for the Union of South American Nations (UNASUR) called Bank of the South, Banco del Sur (BDS) ^1,2 . Sustainable BDS finance rules are presented that aim to break the link between development funding, environmental damage, and sovereign debt owed to banks outside the region, tapping into alternative finances to buffer the region against changes in global financial flows from core nations in the Great Recession.

The author attended presidential meetings of MERCOSUR and UNASUR supplementing this with presidential declarations comparing these with ongoing development planning from IIRSA, also interviewing a COSIPLAN representative. He also cooperated (as an independent researcher) with the Ecuadorian Central Bank research group called ‘New Architectures for Regional Finance’ (NAFR) and conducted technical interviews at South American energy institutes specialising in integration.

Development finance must reflect changes in both energy supply and demand while replacing fossil fuel inputs in electricity generation. Demand planning is necessary to attain sovereignty over a post-carbon electricity supply while maintaining dependability.

Successful energy cooperation is more than just energy infrastructure (UNASUR-GRID), cross-border confidence building is also required, reinforced by commercial treaties for energy exports and imports. Public and private national and regional energy companies need real incentives to trade internationally (improving competition) or renationalisation of supply and distribution may be necessary.

Highly original, this chapter incorporates government, UN and civil NGO inputs into primary research. BDS policy sources include government, ministerial and presidential speeches with interviews and participation in meetings with social movements. For indigenous ecological and social economic concepts such as Sumak Kawsay, the author has travelled extensively in South America and was an active participant at the first World People’s Conference on Climate Change and the 2010 Rights of Mother Earth (World Conference on Indigenous Peoples, 2014) in Cochabamba, Bolivia, along with ecologists and tribal representatives.

In the 1930s, chlorofluorocarbons (CFCs) were developed as safe, non-reactive alternatives to toxic and explosive refrigerants and propellants such as ammonia, chloromethane, and sulfur dioxide. American engineer Thomas Midgley famously demonstrated these properties by inhaling Freon (CFC-12) and blowing out a candle with it. He was presented with many awards for his discoveries, such as the Perkin, Priestley, and William Gibbs medals. In today's jargon, CFCs might have been called an eco-innovation, because they provided solutions to several environmental issues. However, CFCs solved environmental problems by creating others. In 1974, Sherwood Rowland and Mario Molina published their pathbreaking research that demonstrated CFCs were depleting the ozone layer. In 1989, the Montreal Protocol, which regulates a global phaseout of CFCs, entered into force. A few years later, in 1995, Rowland and Molina received the Nobel Price in Chemistry. The new substitutes for CFCs, hydrofluorocarbons (HFCs), have no known effects on the ozone layer but are extremely potent greenhouse gases (GHGs) and thus subject to the Kyoto Protocol.

Access to affordable and sustainable energy is crucial for the improvement of the well-being of modern societies. Most energy technologies require comparatively high up-front investment, which adds to the challenge of electrification, despite the recognized multiple benefits. Partnership with multinational enterprises (MNEs) can provide necessary investment in infrastructure, finance, and technology for renewable energy and contribute to improving development indicators. However, remote areas with poor infrastructure do not have access to MNEs that are profit seekers. The Brazil experience with MNEs and “Light for All” (LfA) program shows that people gaining access to electricity invest more in businesses, education, health, and women reduce their drudgery at household chores. However, areas having a poor infrastructure in the north remain out of electricity, and attempts to create universal access were failed until a regulatory incentive framework and particular attention from the government was established. This is a great learning for the developing countries aiming to achieve sustainable development goals. A host country can gain development cooperation from MNEs with rightly formulated and implemented policies and regulatory conditions.

This chapter uses data from the World Bank’s Private Participation in Infrastructure project database, and hand-collected evidence on project performance, to examine how PPPs are applied to infrastructure development in Africa, and how well they have delivered expected benefits. It has two analytical parts: an investment trend analysis and a meta-analysis of project performance and explanatory factors. The analysis shows growth both in number and volume of PPP investments that is weaker than that observed in other developing regions, and more volatile. The performance of PPP contracts appears to be improving over time with an overall cancelation rate of 7% over the assessment period. Although PPPs have contributed to increasing infrastructure stock, they have not completely met their potential, especially with respect to increasing infrastructure access rates. The main determinants of performance include accuracy of costing and allocation of risks, consistency of macro policies with the objectives and functioning of PPPs, coherence of sector policies and plans and local capacity. Contract cancellations are mainly explained by the misalignment of outcomes with government objectives, in particular, access and investment objectives. These findings suggest that PPP application should be well planned to ensure coherence of a wide range of policies, readiness of institutions and capacity of public sector actors. This chapter contributes to closing information gaps on a relatively novel policy instrument, and provides useful evidence to support prudent policy making at the time of considerable growth in PPP application.

Sustainable energy like renewable energy plays a critical role in achieving sustainable development goals including energy security in emerging economics. BRICS (Brazil, Russia, India, China and South Africa) constitutes about 23% of the world’s GDP, 40% of the world’s population and 36% share of the supply of primary energy in the world. Obviously the Bloc has tremendous potential in influencing the global sustainable clean energy transition with the advantages like lowering the costs of renewable, boosting employment in the sector of green energy, enhancement of energy security and improvement of local air quality. Despite the existence of varieties of renewable energy resources in the BRICS economies, renewable energy resources are found underdeveloped. The major objectives of this chapter are to assess progress of different forms of energy especially renewable energy, impact of development of renewable energy on carbon emission and policy issues in renewable energy development in the context of sustainable energy development of BRICS countries.

Analysis of Information Options offers new tools for evaluating investments in research, mineral exploration, logistics, energy transmission, and other information operations. With Information Options, the underlying assets are information assets and the rules governing exercise are based on the realities of the information realm (infosphere). Information Options can be modeled as options to “purchase” information assets by paying the cost of the information operations involved. Information Options arise at several stages of value creation. The initial stage involves observation of physical phenomena with accompanying data capture. The next refinement is to organize the data into structured databases. Then bits of information are selected from storage and synthesized into an information product (such as a management report). Next, the information product is presented to the user via an efficient interface that does not require the user to be a field expert. Information Options are similar in concept to real options but substantially different in their details, since real options have physical objects as the underlying assets and the rules governing exercise are based on the realities of the physical world. Also, while exercising a financial option typically kills the option, Information Options may include multiple exercises. Information Options may involve high volatility or jump processes as well, further enhancing their value. This chapter extends several important real option applications into the information realm, including jump process models and models for valuing options to synthesize any of n information items into any of m output assets.