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Private money, public good, and the original fight for control of America’s energy industry.

Until the 1930s, financial interests dominated electrical power in the United States. That changed with President Franklin D. Roosevelt’s New Deal, which restructured the industry. The government expanded public ownership, famously through the Tennessee Valley Authority, and promoted a new kind of utility: the rural electric cooperative that brought light and power to millions in the countryside. Since then, public and cooperative utilities have persisted as an alternative to shareholder control. Democracy in Power traces the rise of publicly governed utilities in the twentieth-century electrification of America.

Sandeep Vaheesan shows that the path to accountability in America’s power sector was beset by bureaucratic challenges and fierce private resistance. Through a detailed and critical examination of this evolution, Vaheesan offers a blueprint for a publicly led and managed path to decarbonization. Democracy in Power is at once an essential history, a deeply relevant accounting of successes and failures, and a guide on how to avoid repeating past mistakes.

This is an auto-narrated audiobook version of this book.

Private money, public good, and the original fight for control of America’s energy industry.

Until the 1930s, financial interests dominated electrical power in the United States. That changed with President Franklin D. Roosevelt’s New Deal which restructured the industry. The government expanded public ownership, famously through the Tennessee Valley Authority, and promoted a new kind of utility: the rural electric cooperative that brought light and power to millions in the countryside. Since then, public and cooperative utilities have persisted as an alternative to shareholder control. Democracy in Power traces the rise of publicly governed utilities in the twentieth-century electrification of America.

Sandeep Vaheesan shows that the path to accountability in America’s power sector was beset by bureaucratic challenges and fierce private resistance. Through a detailed and critical examination of this evolution, Vaheesan offers a blueprint for a publicly led and managed path to decarbonization. Democracy in Power is at once an essential history, a deeply relevant accounting of successes and failures, and a guide on how to avoid repeating past mistakes.

Electric Railways 1880-1990 explores the history of the integration of both electric and diesel-electric railway systems and identifies the crucial role that diesel-electric traction played in the development of wireless electrification. The evolution of electrical technology and the modern railway produced innovations in engineering that were integral to the development of traction, power and signalling systems. This book presents a thorough survey of electric railway development from the earliest days pf the London Underground to modern electrified main line trains. The distinction between 'enforced electrification' and 'economic electrification' is also discussed and the pioneering role of J.J. Heilmann assessed.

In this innovative volume, Anto Mohsin brings Indonesian studies together with science and technology studies to tell the story of the entanglement of nation building and social justice during the state’s rapid post–World War II project to supply electricity to the entire country. He shows that attempts to illuminate the country were inseparable from the effort to maintain the new nation-state, chart its path to independence, and legitimize ruling regimes. In exchange for an often dramatically improved standard of living, people gave their votes, and their acquiescence, to the ruling government.

Despite the ongoing effects of climate change, large swaths of transport vehicles are still being powered with fossil fuels, generating enormous amounts of greenhouse gas emissions. Changing our transport technology is crucial to ensure a transition away from fossil fuels and toward renewable energy, with green electricity acting as the major transmission medium. With the development of innovative storage and propulsion, combined with real-time energy management, significant changes are feasible in the shipping, automotive, and aeronautics sectors.