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A coalition of organizations urges Governor Matt Mead of Wyoming to prioritize energy efficiency as the lowest-cost method for reducing emissions and meeting Clean Power Plan goals. The letter argues that expanding utility and non-utility efficiency programs—such as building energy codes and combined heat and power—would save Wyoming residents $2 billion and avoid over 2.6 million tons of carbon dioxide while supporting local job growth.

The report identifies a growing demand for energy-efficient construction in South Africa, driven by electricity price increases of over 200% since 2009 and the mandatory SANS 10400 XA regulations. It highlights significant opportunities in bulk insulation for public sector housing, estimated at over R9 billion over five years, and the rise of Light Steel Frame Building (LSFB) methods in residential and commercial sectors. The Western Cape is positioned as a strategic hub for green technology, supported by the Atlantis greentech Special Economic Zone (SEZ) and local government incentives.

The document outlines the GSA's National Deep Energy Retrofit (NDER) Program and provides a framework for achieving energy savings of 50% or more in federal buildings. It highlights the effectiveness of bundling energy conservation measures (ECMs), engaging diverse stakeholders, and utilizing a 'technical potential' tool to identify aggressive energy goals. Case studies, such as the Almeric Christian Federal Building, demonstrate the feasibility of net-zero energy through the ESPC process, while data analysis shows that NDER projects achieved an average of 38% energy savings, more than double the 18.5% average of non-NDER federal ESPC projects.

The GSA's National Deep Energy Retrofit (NDER) program demonstrated that deep energy retrofits can achieve significantly higher savings than typical federal projects, with Round 1 projects averaging 38% energy savings compared to 21% in other agencies. The report details a collaborative workshop held in April 2014 to identify process improvements, technical barriers, and economic strategies to reach the goal of 50% or more energy savings. Key recommendations include adopting integrative design, incorporating operations and maintenance (O&M) into performance contracts, and combining energy efficiency upgrades with appropriated renovation funds.

The 2014 International Solar Decathlon at Versailles showcased sustainable housing designs from over 20 universities globally. The event emphasized the synergy between innovative products, such as polyisocyanurate insulation, and student ingenuity in addressing energy efficiency and urban retrofitting. Notable projects included Appalachian State University's modular town home, the Berlin Rooftop Project's use of abandoned roof space, and Delft University's 'second skin' for poorly insulated Dutch townhomes.

The document argues that deep energy retrofits—those reducing energy consumption by 50% or more—generate significant, often overlooked business value. It introduces the RMI Retrofit Value Model, which categorizes this value into nine elements: retrofit development costs, non-energy property operating costs, retrofit risk mitigation, health costs, employee costs, promotions and marketing costs, customer access and sales, property-derived revenues, and enterprise risk management. The guide provides methodologies for quantifying these benefits, such as calculating reduced absenteeism and improved worker productivity, and offers a sample report to demonstrate how to synthesize these findings for capital requests. It concludes with best practices for risk mitigation and principles for presenting value to decision-makers.

The report proposes a transition for China from fossil fuels to a system based on radical efficiency and renewable energy. It identifies three key areas for innovation: ultralighting and electrifying vehicles to eliminate oil dependence, using 'integrative design' to drastically reduce energy use in industry and buildings, and shifting toward a hybridized, distributed electric grid. The authors suggest these changes can be driven by profit and business innovation rather than just regulation.

The document outlines the value of Building Energy Modeling (BEM) in reducing first and operating costs while improving occupant satisfaction. It details the different purposes of BEM—comparison, compliance, and prediction—and provides a structured approach to the modeling process, software tools, and the contracting process, including a sample Request for Proposal (RFP).

Amory Lovins advocates for universities to move beyond reductionist thinking by employing 'integrative design' to optimize buildings and campus systems. He suggests that by engaging students in hands-on, transdisciplinary projects, universities can transition from high energy costs to 'negative costs' through extreme efficiency and onsite renewables. The text emphasizes that the goal for all waste—energy, materials, and water—should be zero, transforming campuses into regenerative microcosms of a sustainable economy.

RMI worked with H-E-B to implement a whole-system design for a new store at Austin's former airport site, targeting 50 percent energy savings through integrative moves in refrigeration, lighting, and building insulation. The project serves as a catalyst for H-E-B to apply these efficiency strategies across its wider store portfolio.

The authors argue that the built environment shapes human thought and behavior, often unintentionally reinforcing unsustainable patterns. They propose a three-part framework for 'crystallized pedagogy'—demonstration, experience, and involvement—to intentionally teach sustainability. The paper suggests that the most effective sustainable pedagogy internalizes externalities by giving occupants direct control and feedback, such as in off-grid or naturally ventilated buildings, and integrates biological diversity to foster an understanding of interconnectedness.

Buildings account for 40% of total annual U.S. energy consumption and 48% of U.S. greenhouse gas emissions. The U.S. federal government operates over 500,000 buildings, which used 1.7 quads of energy in 2004, though the Federal Energy Management Program predicts a funding shortfall of over $2 billion for energy-efficiency projects. The document also highlights several high-performance buildings in the U.S. and Europe that achieved significant energy and water savings through sustainable technologies.

The document presents a series of personal narratives from professionals across various scientific and engineering disciplines to inspire students and graduates to pursue ethical careers. These cases highlight the challenges of navigating corporate and military interests, the value of interdisciplinary education, and the possibility of transitioning into non-profit, academic, or political roles to achieve social and environmental goals.

The report outlines a framework for 'healthy design' in hospitals, arguing that sustainable architecture and engineered systems can reduce operating costs, improve clinical outcomes, and enhance staff retention. It provides a comprehensive set of recommendations for Massachusetts healthcare providers, ranging from regional collaborations and institutional policy changes to specific architectural and engineering interventions such as combined cooling, heating, and power (CCHP) systems and displacement ventilation. The document emphasizes the 'business case' for green building, citing evidence that such projects often have minimal capital cost premiums while offering significant life-cycle savings and health benefits.

The document advocates for 'whole system design' in home construction and renovation, arguing that considering the interconnections between systems, occupants, and the environment can make green homes cost less than conventional ones. It emphasizes a 'passive before active' approach, prioritizing the building envelope and solar orientation to reduce the need for mechanical heating and cooling. Key strategies include optimizing south-facing glazing, utilizing thermal mass (such as masonry or water), and implementing 'cool roof' or 'green roof' systems. The guide also provides a comparative analysis of wall materials—such as straw bale, adobe, and SIPs—based on thermal performance, toxicity, and cost, while introducing Energy Efficient Mortgages (EEMs) as a financing tool for these improvements.

The document details how performance-based fees (PBF) were used at North Clackamas High School to align the financial incentives of architects and engineers with the goal of reducing energy costs. By linking compensation to actual energy savings, the project achieved energy performance 44 percent better than the Oregon Energy Building Code. The case study also highlights the broader benefits of green school design, such as improved student performance through daylighting, and mentions RMI's similar initiatives in Curitiba, Brazil.

Amory Lovins advocates for 'green design' that integrates biologically informed human comfort, high-performance technology, and community-rooted architecture. He argues that combining Japanese sensibilities regarding dynamic environments with Western innovations—such as 'superwindows' and advanced daylighting—can reduce building energy use by 80-90% while improving productivity and well-being. The text highlights several case studies, including the ING bank headquarters in Amsterdam and DeMontfort University in England, to demonstrate that sustainable design can enhance financial performance and human health without increasing capital costs.

The Dr Pixley ka Isaka Seme Local Municipality's Spatial Development Framework (SDF) 2020 provides a long-term spatial vision to transform the region's apartheid-era layout into a sustainable, integrated environment. The plan identifies a nodal hierarchy with Volksrust and Vukuzakhe as primary nodes, and Amersfoort, Perdekop, and Wakkerstroom as secondary nodes, with Daggakraal as a rural node. Key strategies focus on densification to prevent urban sprawl, the protection of high-potential agricultural land, and the development of tourism, particularly in the Wakkerstroom wetland area. The framework also addresses critical infrastructure backlogs, projecting a need for 10,234 additional housing units by 2040 and significant increases in water and electricity demand. Environmental management is central, with specific guidelines to protect biodiversity and mitigate climate change through 'green infrastructure' and eco-friendly building materials.

The guide specifies that commercial office buildings in Mexico are eligible for certification if their emissions intensity remains below a defined trajectory; for instance, a 10-year bond issued in 2025 requires an intensity of 22.27kgCO2e or less. Residential and new commercial/educational buildings are eligible if they hold Minergie certification and meet specific requirements regarding fossil-fuel-free energy production and electric vehicle charging infrastructure.

The Inflation Reduction Act (IRA) provides significant funding for residential, commercial, and federal building decarbonization, including nearly $9.9 billion for high-efficiency electric residential buildings and $1 billion for building code adoption. Energy Innovation modeling suggests these provisions could save households $80 annually and create 1.2 to 1.3 million net new jobs by 2030. However, the document asserts that because of slow equipment turnover, the U.S. requires more stringent appliance standards and active implementation by state, local, and Tribal governments—including updated utility planning and workforce support—to meet greenhouse gas reduction goals.