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The paper proposes a 'lightweighting first' strategy to drastically reduce tractive load in automobiles, trucks, and aircraft, making electric and hydrogen powertrains more affordable and efficient. It argues that integrating advanced materials like carbon-fiber composites with smarter logistics and urban planning can lead to an oil-free U.S. transportation sector by 2050, providing significant economic savings and carbon emission reductions.

The text examines the gap between theoretical 'perfect' markets and real-world economic behavior, specifically regarding the under-investment in energy and resource efficiency. It identifies failures in capital allocation, organizational inertia, and perverse regulatory incentives that discourage sustainability. The author proposes solutions such as 'negawatt' markets, decoupled utility earnings, and improved informational feedback loops to align profit motives with the preservation of natural capital.

The paper proposes a 'hypercar' design based on the synergy of advanced-polymer-composite monocoques, ultralow drag, and hybrid-electric propulsion. It argues that this approach can increase fuel economy by 4–10 times compared to conventional cars, potentially reaching 60–120 km/l with fluid fuels or 250 km/l with fuel cells. The author emphasizes that the primary barriers to adoption are cultural rather than technical, as the industry relies on incremental steel-based design. Strategically, the shift to composites would lower fixed tooling costs, reduce reliance on oil, and enable a transition to distributed energy systems via fuel-cell vehicles acting as power plants.

The 'Deliver Electric Delhi' pilot is a collaboration between RMI, the Dialogue and Development Commission of Delhi (DDC), and 36 private sector partners to accelerate the adoption of electric vehicles (EVs) for final-mile delivery. The initiative addresses the high pollution and carbon emissions caused by urban freight, which accounts for 45% of vehicular NOx pollution in Delhi. The pilot follows a three-phase approach—design, execution, and documentation—to gather data on total cost of ownership (TCO), vehicle productivity, and charging patterns. This data is intended to reduce risks for EV owners and financiers and inform public policy and infrastructure planning.

The report argues that utilities often undervalue renewable resources by failing to account for their contribution to overall system reliability and the benefits of geographic diversification. It proposes using financial portfolio theory to minimize variability through dispersed siting and suggests that the costs of integrating intermittent renewables are relatively low compared to the risks of fossil fuel price volatility. The authors conclude that failure to apply these valuation techniques leads to unnecessary investment in conventional generation capacity.

The proposal outlines a strategy to provide electricity to millions in sub-Saharan Africa and India using a modular 'solar energy ladder' that progresses from lanterns to microgrids. It aims to prevent carbon emissions and coal plant expansion while stimulating economic growth through standardized design, large-scale procurement, and innovative financing.

The paper contends that nuclear power is experiencing a global collapse due to excessive capital costs and financial risks, making it unfinanceable in private markets. It asserts that 'negawatts' (energy efficiency) and 'micropower' (distributed renewables and cogeneration) are cheaper, faster to deploy, and more reliable alternatives. The authors argue that investing in nuclear power actually worsens climate change by diverting funds from more cost-effective carbon-reduction options. The document further claims that nuclear power fails to enhance energy security due to dependencies on foreign uranium and fuel-cycle technology, and increases proliferation risks.

This fact sheet outlines RMI's history of developing market-based solutions for energy efficiency and climate protection. Key achievements include the creation of the Hypercar concept to reduce oil dependence, the development of the Natural Capitalism framework for sustainable business, and the establishment of the LEED green building rating system. The organization has also worked extensively on military energy security, water efficiency, and the promotion of decentralized low-carbon power generation over nuclear energy.

The authors contend that energy efficiency is a far more cost-effective and reliable method for reducing oil dependence than drilling in frontier areas or investing in synthetic fuels. They provide data showing that from 1973 to 1986, efficiency gains significantly outperformed supply expansions in terms of effective energy supply. The paper highlights the transportation sector, particularly light-vehicle efficiency, as the most critical area for potential savings, suggesting that higher CAFE standards could save billions of barrels of oil. It also examines savings in buildings, industry, and utilities, arguing that these 'negabarrels' are cheaper to produce than extracting new oil. Finally, the authors link energy efficiency to broader national security goals, including the mitigation of climate change, the reduction of nuclear proliferation, and the decrease of geopolitical volatility in the Middle East.

The executive summary of 'Winning the Oil Endgame' argues that displacing all oil used in the United States would be more profitable than continuing to purchase it. The proposed roadmap involves doubling oil efficiency—primarily through ultralight vehicle design—developing a domestic biofuels industry, and utilizing natural gas and hydrogen as substitutes. The authors suggest that an investment of $180 billion over a decade could result in an annual gross economic benefit of $130 billion by 2025. To accelerate this transition, the document recommends policies such as 'feebates' for vehicles, scrap-and-replace programs for low-income citizens, and federal loan guarantees for automotive retooling.

The briefing argues for a symbiotic relationship between the UN and the G20 to mobilize resources and political weight for the post-2015 development agenda. It details the G20's role in supporting the 17 proposed SDGs through priority areas such as financial inclusion, food security, tax cooperation, trade, and infrastructure investment. Furthermore, it emphasizes the importance of the Common African Position (CAP) and Agenda 2063 in ensuring that the global development agenda reflects African aspirations for structural economic transformation and inclusive growth.

The paper evaluates how South Africa and Botswana have managed macroeconomic shocks, comparing their fiscal and monetary strategies. It highlights South Africa's diversified economy and inflation-targeting regime against Botswana's diamond-dependent economy and crawling peg exchange rate. The authors analyze the impact of the Global Financial Crisis, commodity price drops, and COVID-19, concluding that both nations face declining fiscal resilience due to structural constraints, debt burdens, and resource volatility.

The document examines South Africa's nascent green hydrogen economy, positioning the country in the 'technological readiness' phase of market development. It argues that while some input manufacturing is emerging, there is a critical need for coordinated industrial and energy policies—including capital grants and electricity tax exemptions—to drive commercial production. A central focus is the Technical and Vocational Education and Training (TVET) sector, where the author identifies a 'wide chasm' between graduates and employment. The paper advocates for a shift toward 'anticipatory governance' and 'skills foresight' to better align vocational training with the evolving demands of the green hydrogen value chain, ensuring a just transition for workers displaced from the coal industry.

The Global Tracking Framework establishes a baseline and monitoring system for the SE4ALL 2030 goals. While the world saw significant gains between 1990 and 2010, population and economic growth have diluted these impacts, making 'business as usual' insufficient. Achieving the goals will require an additional $600–800 billion in annual investment, bold policy shifts such as phasing out fossil fuel subsidies, and critical progress in 'high-impact' countries, particularly China and India.

The Mini-Grid Emissions Tool, developed by Sustainable Energy for All (SEforALL), addresses the lack of standardized carbon tracking in the mini-grid sector. Unlike previous methods that rely on a single default emissions factor and total energy generated, this tool calculates emissions avoided based on actual energy consumed and the diverse range of previous energy sources used by customers. It incorporates specific data for different household energy access tiers, kerosene lamp types, and fossil fuel generator efficiencies to provide a more accurate estimate of climatic benefits.

The report examines the 'gender-energy nexus' in the era of AI, highlighting how the digital gender divide and energy poverty disproportionately affect women. It identifies critical challenges, including gender bias in AI development, a deficit of sex-disaggregated energy data, and the risk of AI data centres diverting resources from low-income communities. The authors argue that while AI can optimize energy systems, its current development lacks gender diversity and funding for SDG5 (Gender Equality). The report recommends increasing women's representation in STEM, implementing gender-lens investing, and ensuring women are decision-makers in AI and energy policy to achieve a just transition.

The report identifies a critical gap in electricity access for health-care facilities in low- and middle-income countries, estimating that nearly 1 billion people are served by facilities with no or unreliable power. It argues that reliable electricity is a fundamental enabler of universal health coverage, essential for life-saving services such as maternal care, immunization, and emergency response. The document provides a comprehensive framework for electrification, emphasizing decentralized renewable energy—particularly solar PV—as a cost-effective and climate-resilient alternative to grid extension. It estimates an urgent investment need of US$ 4.9 billion to bring facilities in 63 assessed countries up to minimal electrification levels. Key recommendations include moving from an 'install and forget' to an 'install and maintain' approach, integrating health and energy sector planning, and utilizing geospatial tools for precise needs assessments.

The report evaluates Malawi's progress toward clean cooking goals, highlighting a significant gap between current ownership and 2030 targets. It identifies affordability and low stove durability as primary barriers, estimating a $108.8M investment needed for the Compact scenario and $246.0M for the more ambitious IEP scenario. The IEP scenario envisions a total phase-out of fuelwood and charcoal by leveraging universal electrification for e-cooking and expanding biofuels. The report emphasizes the need for durable stoves, innovative financing, and regional strategies, particularly in the Northern region, to reduce health risks and gender-based time burdens associated with fuel collection.

The document describes the functionality of TED for entering environmental loadings, highlighting the use of mathematical expressions to link emissions to fuel composition data stored in LEAP.

The Results View in LEAP allows users to analyze model outputs using four primary tabs: Chart, Table, Split, and Diagnostics. Users can customize reports by selecting result types (e.g., Energy Demand, Social Costs), dimensions (years, branches, fuels, scenarios), and scaling factors. Advanced features include the use of tags as reporting dimensions, composite dimensions for side-by-side comparisons, and multi-level reports for disaggregated branch analysis. The tool provides extensive formatting options for charts and tables, the ability to save 'Favorite Charts' for quick access, and an auto-refresh toggle for managing large datasets.