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ENERGY & TRANSPORTATION

Power to the People (Energy Systems)

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Power, People, and the Price of Extraction

Why it matters:

For centuries, extractive energy systems (coal, oil, gas) fueled empires—driving colonization, enslavement, land theft, and resource wars. The logic was simple: control energy → control people → control territory.

The opportunity:

Community-owned, regenerative energy flips the script—putting power (literally) back in the hands of the people and aligning prosperity with planetary health.


The Big Picture

  • Energy = empire: Fossil economies required conquest, coerced labor, and compliant states to secure fuel and routes.
  • Extraction economics: Profits privatized; pollution, poverty, and political instability socialized.
  • Control loops: Whoever owns generation + grids shapes prices, policies, and public possibilities.

Bottom line: The crisis isn’t only carbon—it’s concentrated power.


How We Got Here (fast history)

  • Colonial fuel cycles: Plantations, mines, and ports were built to move energy and goods outward—wealth flowed up; harms stayed local.
  • Infrastructure as domination: Pipelines, rail, and shipping corridors doubled as tools of territorial control.
  • Petro-politics: Resource dependency locked nations into coups, debt, and wars—from oil fields to shipping straits.
  • Communities extracted twice: First their labor/land, then their future via pollution and underinvestment.

The Damage (we live it daily)

  • People: Displacement, exploitation, redlined neighborhoods, toxic exposure.
  • Planet: Warming, water stress, degraded soils, biodiversity loss.
  • Politics: Corruption, captured regulators, violence around “strategic” zones.
  • Possibility: Local ingenuity smothered by monopoly utilities and distant investors.

 The Shift: Regenerative, Community-Owned Energy

Core idea: Move from centralized, extractive systems to distributed, democratic ones—renewables owned and governed by the communities they power.

What it looks like

  • Energy co-ops & public power: Residents own generation; revenues stay local.
  • Microgrids + storage: Solar, wind, batteries keep hospitals, schools, and homes running—grid or no grid.
  • Agro-voltaics & rooftops: Food + energy on the same land; rooftops become cash-flowing assets.
  • Transparent pricing: Cost-reflective rates; profits reinvested in resilience, not dividends.

Why it works

  • Physics: Sun + wind are everywhere; electrons don’t need empires.
  • Risk: Local ownership reduces geopolitical shocks and price spikes.
  • Justice: Benefits flow to frontline communities first, not last.

What Changes When Communities Own Power

  • Bills → dividends: Families become stakeholders, not just ratepayers.
  • Jobs here, not there: Installation, maintenance, retrofits, and energy services are local work.
  • Health gains: Less soot, fewer asthma attacks, safer streets (LED + mobility).
  • Civic muscle: Co-ops teach governance, transparency, and shared decision-making.

The Playbook (do this next)

  1. Map demand + roofs + land: Identify schools, clinics, and co-op housing as anchor loads.
  2. Form an energy co-op: One member = one vote; publish bylaws and conflict rules.
  3. Lock fair finance: Public banks, green bonds, CDFIs; cap returns, prioritize affordability.
  4. Build microgrids: Solar + storage first; add wind, geothermal, demand response as you scale.
  5. Secure interconnection: Negotiate tariffs; push for right-to-connect and community net metering.
  6. Share the surplus: Reinvest in weatherization, heat pumps, EV carpools, and resilience hubs.
  7. Measure what matters: Energy burden down, outages down, local jobs up, emissions down.

Yes, but…

  • “Isn’t it expensive?” Up-front, yes. Over life-cycle, cheaper and safer than fossil volatility.
  • “What about reliability?” Microgrids + storage outperform during storms and wildfires.
  • “Will it scale?” It already does—distributed systems scale by replication, not just size.

Signals to Watch

  • Cities adopting community choice energy and public power.
  • Co-ops publishing dividends + outage data.
  • Schools + clinics running on solar + batteries as resilience anchors.
  • Utility rules changing to permit microgrids, peer-to-peer trade, and fair interconnection.

The Bottom Line

Destructive energy systems were never just about fuel—they were about dominion.
Community-owned regenerative energy is how we decolonize power, stabilize the climate, and unlock human potential.

Power with people → Power for people → Power by people.
That’s the future worth building.


Call to Action

  • Communities: Form an energy co-op; start with your school, clinic, or housing complex.
  • Mayors + councils: Adopt community choice, microgrid ordinances, and right-to-connect.
  • Funders: Back ownership, not just megawatts—finance dividends for households.
  • Media (us): Track the wins, publish the playbooks, amplify the replicable models.

Mobilized News will keep mapping where communities flip the switch—and how you can copy what works.

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ENERGY & TRANSPORTATION

Renewable Energy: Expanding—and much more needed

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The Report: Delivering the UAE Consensus: Tripling renewable power and doubling energy efficiency by 2030

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ENERGY & TRANSPORTATION

Clean Energy Reports

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Recent Reports on Clean / Renewable Energy

Title Publisher / Date Key Findings / Insights Link / PDF Info
Renewables 2025 Global Status Report (GSR 2025) REN21 — published May 2025 (REN21) This major annual survey shows record new capacity: ~740 GW of renewables added globally in 2024. Solar PV led (~81% of new capacity), followed by wind. Despite strong growth, the report finds we are well behind the target needed to triple renewable capacity by 2030 to meet climate goals. Also covers technology, financing, policy and deployment barriers. Full report PDF available from REN21 site.
China Energy Transition Review 2025 Ember — September 2025 (Ember) Focuses on China’s recent clean energy trajectory: rapid growth in solar, wind, grid investment, and electrification of buildings/industry. Key facts: battery storage investment rose ~69% year-over-year (H1 2024 → H1 2025); China now accounts for ~31% of global clean energy investment. The report argues China is shifting from “additive” to more structural, integrated energy transition. Full PDF from Ember site.
Seizing the Moment of Opportunity: UN Energy Transition Report 2025 United Nations — July 2025 (United Nations) Emphasizes the urgency of accelerating renewable deployment, energy efficiency, and electrification. Highlights policy, financing, and regulatory levers that are under-used. Also outlines how energy transition can drive job creation, economic resilience, and emissions reductions. Report PDF available via UN website.
Fostering Effective Energy Transition 2025 World Economic Forum — 2025 (World Economic Forum Reports) This report provides benchmarking (via an Energy Transition Index) to compare how different countries are doing in terms of energy transition: renewable deployment, policy, grid readiness, affordability, etc. It identifies which countries are accelerating effectively, and which are lagging, and where bottlenecks (finance, infrastructure, policy) are hitting hardest. PDF downloadable from WEF reports site.
US Clean Energy Supply Chains in 2025 Clean Investment Monitor — 2025 (Clean Investment Monitor) Tracks the U.S. investment and capacity in manufacturing clean energy technologies (solar panels, batteries, electric vehicles, etc.). Finds that investments in U.S.‐based clean energy manufacturing since Q3 2022 have grown dramatically (from ~$21B to ~$115B by Q1 2025). Many announced projects are now moving into construction or deployment. (Clean Investment Monitor) Summary / report available via Clean Investment Monitor site. (Clean Investment Monitor)
Sustainable Energy in America Factbook 2025 Business Council for Sustainable Energy (BCSE) — 2025 (Business Council for Sustainable Energy) Provides U.S.-specific data: clean energy sectors (solar, wind, storage, etc.), energy efficiency, hydrogen, EVs, industrial emissions. Covers trends in deployment, cost, regulatory / policy environment. Very useful for comparing U.S. progress vs global benchmarks. Available from BCSE’s website.
Global Energy Outlook 2025: Headwinds and Tailwinds in the Energy Transition Resources for the Future (RFF) — April 2025 (Resources for the Future) Harmonizes different long-term energy models to see likely pathways for energy demand, emissions, clean generation, and investment. Looks at risks (policy instability, supply chain, finance) and opportunities (electrification, renewable tech, energy efficiency). Provides scenarios for how fast clean energy can scale under different policy/market conditions. Report available via RFF website.
Global Energy Investment Set to Rise to $3.3 Trillion in 2025 International Energy Agency (IEA) — 2025 (IEA) IEA projects that global energy investment will hit ~$3.3 trillion in 2025, with clean energy technologies (renewables, nuclear, grid & storage, low-emissions fuels) attracting ~US$2.2 trillion of that. Signals strong momentum despite geopolitical tensions and economic concerns. Summary and data via IEA’s website. Full report parts may be behind subscription.
Top Cleantech Trends for 2025 S&P Global — early 2025 (S&P Global) Identifies emerging / accelerating technologies in clean energy: storage, AI-assisted grid management & forecasting, advanced materials, deeper decarbonization of harder-to-abate sectors, etc. Looks at which sectors are likely to experience disruptive innovation in near term. PDF special report from S&P Global.

 

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ENERGY & TRANSPORTATION

Transportation and Mobility as a Service

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