The Third Industrial Revolution
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The Third Industrial Revolution

Jeremy Rifkin

4.31102 learners

Jeremy Rifkin’s *The Third Industrial Revolution* exposes the fatal flaws of the fossil fuel-reliant Second Industrial Revolution, tracing its collapse through recurring oil crises, the 2008 financial meltdown, and accelerating climate change. Rifkin argues that humanity’s only path forward lies in integrating digital communication technology with renewable energy systems, outlining five core pillars: transitioning to renewables, converting buildings into micro-power plants, storing energy via hydrogen, building smart shared grids, and adopting electric/fuel-cell transport. Through global case studies—from EU policy shifts to San Antonio’s green city initiative—he demonstrates how this model fosters distributed capitalism, replacing top-down corporate control with collaborative, community-driven networks. The book also explores how this revolution reshapes political alliances, economic paradigms rooted in thermodynamics, and education systems focused on biosphere stewardship, framing it as a necessary shift to avoid civilizational collapse and build a sustainable, equitable future.

Third Industrial Revolutionrenewable energysmart gridhydrogen storagedistributed capitalism
Low Carbon and China's Transition
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Low Carbon and China's Transition

Yi Peng

4.2608 learners

Against the backdrop of global climate crisis debates, international treaty negotiations, and the rise of low-carbon economies, *Low Carbon and China's Transition* offers a comprehensive look at China's unique journey toward green development. The book traces the evolution of global climate science, policy frameworks, and social movements shaping the low-carbon agenda, while diving into China’s core challenges: its coal-reliant energy structure, "high-carbon lock-in" from industrialization, and pressure from global trade and carbon tariffs. It outlines China’s pragmatic strategies, including the "Double Carbon" goals (carbon peaking by 2030, carbon neutrality by 2060), the world’s largest national carbon market, investments in renewable energy technologies, and balanced international cooperation rooted in "common but differentiated responsibilities." Blending ancient Chinese middle-way wisdom with modern policy, it presents a roadmap for balancing growth and climate action, offering insights for global governance.

renewable energyDouble Carbon GoalsCarbon MarketCommon but Differentiated ResponsibilitiesCCUS Technology
Scenario

Carbon Tax vs Merton Rule

The Merton Rule forced buildings to use 10% renewable energy, but developers used useless double-fuel boilers. Carbon tax lets market choose efficient solutions—better than rigid rules.

PolicyMarketClimate Change
Scenario

EU's Renewable Energy Push

EU aims for 20% renewables by 2020, investing $1T in smart grids. Germany's renewable sector employs 250k people—matching fossil fuel jobs.

smart gridEU PolicyRenewable Jobs
Concept

Future Engine Definition

A future engine is a mix of tech, systems, and human values driving long-term transformative change—like AI + renewable energy + circular economy working together.

InnovationTransformationFuture Engine
Concept

Third Industrial Revolution

It’s the mix of internet tech and renewable energy, replacing fossil fuels with distributed, shared systems. It relies on five key pillars to create a sustainable economy.

Third Industrial Revolutionrenewable energyTech Fusion
Method

Hydrogen Energy Storage

Use electrolysis to turn excess renewable energy into hydrogen, store it, then convert back to electricity when needed. Solves intermittent energy issues.

HydrogenEnergy StorageRenewables
Insight

Collaboration Over Competition

Future engines thrive in ecosystems, not silos—like EV firms partnering with renewable energy companies to build full sustainable systems.

CollaborationEcosystemsFuture Business