The Climate Web | S - 100% Renewable Energy Transition

S - 100% Renewable Energy Transition

S - Renewables Integration

2016 Heinberg_Our Renewable Future Laying the Path for 100% Clean Energy

2019 Teske_Global and Regional 100% Renewable Energy Scenarios with Non-energy GHG Pathways for +1.5Â°C and +2Â°C

2024 Christophers_The Price is Wrong Why capitalism won’t save the planet

200X Lightman_How to Rid the USA of Fossil Fuels by 2030 PPT

2009 Jacobson A Path to Sustainable Energy

2009 Verbruggen_Renewable energy costs, potentials, barriers: Conceptual issues

2010 BZE_Zero Carbon Australia Stationary Energy Plan

2010 Jacobson_Providing all global energy with wind water and solar power

2012 Aruba & Carbon War Room Bid to Flip Caribbean Island Off Fossil Fuels

2012 Brick_Decarbonizing with renewables Thinking like a system operators PPT

2012 NREL_Renewable Electricity Futures Study - Exec Summary

2012 NREL_Renewable Electricity Futures Study - Vol 1 Exploration of High-Penetration Renewable Electricity Futures

2012 Ruffalo_How to Power the World With Wind and Solar PPTe

2013 Jacobson_Examining the Feasibility of Converting New York States

2014 Jacobson_A roadmap for repowering California for all purposes with wind water and sunlight

2014 Jacobson_Powering countries states and the world with wind water and sunlight PPT

2014 World Future Council_How to achieve 100% renewable energy

2015 Clean Edge_A Status Report on Rising Commitments Among Corporations and Governments to Reach 100 Renewables

2015 Diesendorf_100 Percent Renewable Electricity for South Australia

2015 Jacobson_100% Clean and Renewable Energy

2015 Jacobson_A 100 Percent wind water sunlight all-sector energy plan for Washington state

2015 Jacobson_Low-cost solution to the grid reliability problem with 100 Percent penetration of intermittent wind water and solar

2015 Krieger_Is 100 Percent Renewables Possible PPT

2016 Aghahosseini_100 Percent Renewable Energy in North America and the Role of Solar Photovoltaics

2016 Aghahosseini_100 Percent Renewable Energy in North America PPT

2016 Berrill_Environmental impacts of high penetration renewable energy scenarios for Europe

2016 Frew_Flexibility mechanisms and pathways to a highly renewable US electricity future

2016 He_Clean and Secure Grid Initiative A Feasibility Study of the Proposed East Coast Offshore HVDC Cable

2016 Houghton_Forests -- The Bridge to a Fossil Free Future

2016 Jacobson_100 Percent Clean and Renewable All Sector Energy Roadmaps for 139 Countries

2016 Jacobson_Clean grids with current technology

2016 Jacobson_Repowering 100 Percent of all Energy in the United States and the World

2016 Jacobson_Transforming China and 139 Countries to 100 Percent Clean Energy

2017 Clack_Evaluation of a proposal for reliable low-cost grid power with 100 percent wind water and solar

2017 Clack_Response to Jacobsen et al’s response to Clack article on evaluation of proposal

2017 Dauncey_100 Percent Renewable Energy for BC The Psycho-Politics of Success PPT

2017 Gils_Carbon neutral archipelago - 100% renewable energy supply for the Canary Islands $$

2017 Heard_Burden of Proof A comprehensive review of the feasibility of 100 percent renewable electricity systems

2017 Jacobson_100% Clean and Renewable Energy Roadmaps for 139 Countries

2017 Jacobson_100 Percent Clean and Renewable Wind Water and Sunlight

2017 Jacobson_100 Percent Clean and Renewable Wind Water and Sunlight Roadmaps for 139 Countries

2017 Jacobson_Abstracts of 25 Peer Reviewed Published Journal Articles

2017 Jacobson_The United States can keep the grid stable at low cost with 100 percent clean renewable energy

2017 Ram_Global energy system based on 100 percent renewable energy - Power Sector PPT

2017 Ram_Global energy system based on 100 percent renewable energy Power sector

2017 Ram_Global Energy System Based on 100 Percent Renewable Energy Power Sector global Overview

2018 Brown_Response to Burden of Proof - A Comprehensive Review of the Feasibility of 100 percent Renewable Electricity Systems

2018 CAL_Are Americans ready for 100%

2018 Climate Access_Case Study How the 100 Percent Clean Energy Story is Being Told in American Cities

2018 Climate Access_Case Study_Ready for 100

2018 Climate Group_Approaching a tipping point: how corporate users are redefining global electricity markets

2018 CTI_Myths of the energy transition Renewables are too small to matter

2018 Diesendorf_The feasibility of 100 renewable electricity systems A response to critics

2018 Heuberger_Real-world challenges with a rapid transition to 100 percent renewable power systems

2018 Jacobson_Matching Demand with Supply at Low Cost in 139 Countries

2018 Shaner_Geophysical constraints on the reliability of solar and wind power in the U.S. $$

2018 Wynn_Power Industry Transition Here and Now Wind and Solar Wont Break the Grid

2019 ELI_Corporate Statements About the Use of Renewable Energy - Meaning of 100 Percent Renewable

2020 Jacobson_100% Clean, Renewable Energy and Storage for Everything

2020 Jarvis_The Private and External Costs of Germany's Nuclear Phase-Out

2021 Denholm_The Challenges of Achieving a 100 Percent Renewable Electricity System in US

2021 Wesley_Quantifying the challenge of reaching a 100 percent renewable energy power system for the US

2022 Breyer_On the History and Future of 100% Renewable Energy Systems Research

2022 Mai_Getting to 100%: Six strategies for the challenging last 10%

2022 Peltier_Retail Energy’s Greenwashing: How Fictional Renewable Energy Certificates Became “100% Renewable” Energy

2023 RE100_Driving renewables in a time of change - RE100 Annual Report

2023 RE100_Frequently Asked Questions about RE100 - Technical

2023 RE100_How RE100 members are held to account

2023 RE100_Mythbusting - renewable electricity - infographic

2023 RE100_Reporting guidance 2023

2023 RE100_Reporting to RE100 in 2023 - webinar slides

2 Degrees Target TOC

Low Carbon Transition TOC

Philanthropy - Climate TOC

Renewable Energy TOC

Risks - Societal TOC

Solutions - Energy TOC

Solutions - General TOC

S - Low Carbon Transition Sources - Topical

S - Low Carbon Transitions in the Electric Sector

S - Renewable Energy

S - Renewable Energy Futures

I:100%RenewableEnergy

I:AcceleratingTechnologyInnovation

I:1.5oCvs2oC

I:2oCScenarioPlanning

I:2oCTargetInvesting

I:AcceleratingClimateChange

I:AcceleratingTechnologyDiffusion

I:AgriculturalSectorMitigation/Adaptation

I:Agroforestry

I:Algae

I:BarrierstoLowCarbonTransition

I:BECCSBiomassEnergwithCCS

I:Biochar

I:Biofuels

I:Blockchain

I:BoundingCarbonPrices

I:BuildingsAndClimate

I:Carboncoin

I:CarbonFarming

I:CarbonPricingfor2oC

I:CarbonPricinginScenarioPlanning

I:CarbonRemovalSolutions

I:CatalyticPhilanthropy

I:ClimateActionasNonStateAction

I:ClimateRiskStressTesting

I:CollectiveAction

I:ConservationAgriculture

I:DDPDeepDecarbonizationPathways

I:DecisionmakingUnderUncertainty (Deep Dive)

I:EconomicsofClimateChange (Deep Dive)

I:EcosystemRestoration

I:EmissionsPathwaysfor2oC

I:EmissionsReductionsinScenarioPlanning

I:EnergyDemandandGenerationMixfor2oC

I:EnergyEfficiencyTechnologies

I:EnergyStorageSolutions

I:EvaluatingLowCarbonProgress

I:EvaluatingWhatWorks (Deep Dive)

I:FoodSupplySolutions

I:ForestRestoration

I:ForestryMitigation

I:GamesGamification

I:GlobalMACCs

I:GNDGreenNewDeal

I:GreenGrowth

I:GreenJobs

I:Halophytes

I:ImplicationsofDelayingLCT

I:ImplicitCarbonPricing

I:IPCCUnderestimationofRisk

I:LandTransportSectors

I:LandUseSolutions/Technologies

I:LowCarbonInvesting

I:LowCarbonTransitionEconomics

I:LowCarbonTransitionEmissionsPathways

I:LowCarbonTransitionPolicy

I:LowCarbonTransitionWinnersLosers

I:MACCMarginalAbatementCostCurves

I:MarketTransformationfor2oC

I:MitigatingClimateChange (Deep Dive)

I:MitigationEconomics

I:NegativeEmissionsfor2oC

I:NETNegativeEmissionsTechnologies

I:OceanBiomassRestoration

I:OceanFertilization

I:OceanSolutions/Technologies

I:Pathwaysto2020s-2030s

I:Pathwaysto2050

I:Permaculture

I:PolicyTransitionfor2oC

I:ProjectDrawdown

I:ProjectDrawdownSolutions

I:RegenerativeAgriculture

I:RenewableEnergyEconomics

I:RenewableEnergyTechnologies

I:Rewilding

I:ScenarioPlanningBackground

I:ScenarioPlanningforClimateChange (Deep Dive)

I:ScenarioPlanningGeneral (Deep Dive)

I:ScenarioPlanningToolsandDataSources

I:SectoralMACCs

I:SocialMovements (Deep Dive)

I:SolutionasBusinessAction

I:SolutionasHolisticGrazing

I:SolutionasRegeneration/Restoration

I:SolutionasRenewableEnergy

I:SyntheticDirectAirCaptureandStorage SDACCS

I:SystemicClimateRisk (Deep Dive)

I:SystemsThinking (Deep Dive)

I:TCFD2DegreeScenario

I:TechnologyInnovationinScenarioPlanning

I:TopicsRelatedtoWickedProblemSolving

I:WartimeMobilization

I:WickedProblems (Deep Dive)

S - Low Carbon Transition Barriers

S - 1.5oC Target

S - 1.5 vs 2.0 Degrees

S - 2 Degree Target

S - 350 ppm Pathway

S - 2020s - 2030s Pathways

S - 2100 Pathways

S - Abrupt Climate Change

S - Agriculture Sector Emissions and Mitigation

S - Agriculture Sector Futures

S - Agriculture Technologies

S - BECCS Biomass w CCS

S - Biofuels

S - Biomass Energy

S - Board of Directors/Trustee Liability

S - Buildings and Infrastructure

S - Business Positioning and Advocacy on Climate Action

S - Carbon Pricing Futures

S - Catastrophic Risk Decision-Making

S - CCS CCUS

S - CCS Critiques

S - CCS Potentials

S - CCS via Ocean Fertilization

S - CDRS Carbon Dioxide Removal and Storage

S - Clean Tech

S - CliFi Climate Fiction

S - Climate and the Arts and Humanities

S - Climate as Opportunity

S - Climate Change as Wicked Problem

S - Climate Change Fingerprint to Date

S - Climate Change Scenario Planning

S - Climate Change Scenarios

S - Climate Change Systemic Risk

S - Climate Change Tipping Points

S - Climate Dialogues

S - Climate Emergency Sources

S - Climate Engineering Sources

S - Climate Ethics Morals Religion

S - Climate Scenario Variables

S - Climate Sensitivity

S - Climate Uncertainties Unknowns

S - CO2 Utilization

S - Communicating w Climate Doubters/Deniers

S - Communicating with Faith

S - Dangerous Climate Impacts

S - Decision-making Under Uncertainty

S - Ecosystem Restoration

S - Electric Cars and Light Trucks

S - Electricity Storage

S - Energy Efficiency

S - Energy Storage Futures

S - ESG Impact Investing

S - Evaluating Carbon Pricing

S - Evaluating Transition Pathways and Progress

S - Evaluating Voluntary Measures

S - Extreme Event Impacts

S - Fat and Long Tail Risks of Climate Change

S - Financing Clean Tech

S - Financing Forestry

S - Forecasted Extreme Events

S - Forestry Emissions and Mitigation

S - Forestry Futures

S - Forestry Mitigation Potentials

S - Geothermal Sources

S - GHG Emissions Futures

S - Green Bonds

S - Green Growth Investment Barriers

S - Green New Deal

S - Green Power Purchasing

S - Human Extinction

S - Hydrogen

S - Impact Attribution

S - Impacts - Renewable Energy

S - Impacts By Degree

S - Innovation and Disruption in the Electric Sector

S - Integrated Solutions Sets

S - Investing for Green Growth

S - Investing Opportunities in Climate Solutions

S - Investor Climate Policy Advocacy

S - Land Transport Solutions

S - Land Use Emissions and Mitigation

S - Land Use Futures

S - Land Use Sectors

S - Low Carbon Action Plans

S - Low Carbon Investment and Financing

S - Low Carbon Policy

S - Low Carbon Scenarios

S - Low Carbon Transition General

S - Low Carbon Transition MacroEconomics

S - Low Carbon Transition Pathways

S - Low Carbon Transition Planning

S - Low Carbon Transition Plans/Reports

S - MACC Curves

S - Mitigation Barriers

S - Mitigation Economics

S - Natural Capital

S - Negative Emissions

S - Nuclear Energy

S - Nuisance, Negligence, and Strict Liability

S - Philanthropy

S - Probabilistic Decision-Making

S - REDD and REDD+

S - Renewable Energy + Storage

S - Renewable Energy Skepticism

S - Renewables Policy

S - Scenario Planning

S - Sectoral Mitigation

Headings - Topical Sources

S - 100% Renewable Energy Transition

Reports | Journal Papers | PPTs

A 100% Renewable Energy Future?