Neenah Public Library

Our renewable future, laying the path for 100% clean energy, by Richard Heinberg and David Fridley (Post Carbon Institute, Santa Rosa, California)

eng

Includes bibliographical references (pages 199-223)

illustrations

no index present

non fiction

Our renewable future

bibliography

945948381

by Richard Heinberg and David Fridley (Post Carbon Institute, Santa Rosa, California)

laying the path for 100% clean energy

"Over the next few decades, we will see a profound energy transformation as society shifts from fossil fuels to renewable resources like solar, wind, biomass. But what might a one hundred percent renewable future actually look like, and what obstacles will we face in this transition? Authors explore the practical challenges and opportunities presented by the shift to renewable energy."--Page 4 of cover

Introduction -- How "normal" came to be -- Why a renewable world will be different -- pt. I. The context : it's all about energy -- 1. Energy 101 -- What is energy? -- Laws of thermodynamics -- Net energy -- Life cycle impacts -- Operational versus embodied energy -- Energy resource criteria -- 2. A quick look at our current energy system -- Growth -- Energy rich, energy poor -- Energy resources -- End use -- pt. II. Energy supply in a renewable world : opportunities and challenges -- 3. Renewable electricity: falling costs, variability, and scaling challenges -- Price is less of a barrier -- Intermittency -- Storage -- Grid redesign -- Demand management -- Capacity redundancy -- Scaling challenges -- Lessons from Spain and Germany --- Pushback against wind and solar -- 4. Transportation : the substitution challenge -- Electrification -- Biofuels -- Hydrogen -- Natural gas -- Sails and kites -- A less mobile all-renewable future -- 5. Other uses of fossil fuels : the substitution challenge continues -- High-temperature heat for industrial processes -- Low-temperature heat -- Fossil fuels for plastics, chemicals, and other materials -- Where's our stuff? -- 6. Energy supply : how much will we have? how much will we need? -- Energy returned on energy invested of renewables -- Building solar and wind with solar and wind -- Investment requirements -- The efficiency opportunity : we may not need as much energy -- Energy intensity -- The role of curtailment and the problem of economic growth -- 7. What about ...? -- Nuclear power -- Carbon capture and storage -- Massive technology improvements --pt. III. Preparing for our renewable future -- 8. Energy and justice -- Energy and equity in the least industrialized countries -- Energy and equity in rapidly industrializing nations -- Energy and equity in highly industrialized countries -- Policy frameworks for enhancing justice while cutting carbon -- 9. What government can do -- Support for an overall switch from fossil fuels to renewable energy -- Support for research and development of ways to use renewables to power more industrial processes and transport -- Conservation of fossil fuels for essential purposes -- Support for energy conservation in general : efficiency and curtailment -- Better greenhouse gas accounting -- 10. What we the people can do -- Individuals and households -- Communities -- Climate and environmental groups, and their funders -- 11. What we learned -- We really need a plan : no, lots of them -- Scale is the biggest challenge -- It's not all about solar and wind -- We must begin preadapting to having less energy -- Consumerism is a problem, not a solution -- Population growth makes everything harder -- Fossil fuels are too valuable to allocate solely by the market -- Everything is connected -- This really does change everything

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