Listed below are all documents and RMI.org site pages related to this topic.
Built Environment - Side-Benefits of Energy Efficiency 8 Items
Report or White Paper, 2013
This paper describes the programmatic, financial, technical, and operational hurdles that stand in the way of increased energy efficiency in our affordable housing stock. It then explains possible solutions to each of these hurdles. Through the propagation of these solutions and the diminishment of these hurdles, it is possible to create an incentive structure
that results in the rapid adoption of energy efficiency within our affordable housing stock.
Report or White Paper, 2010
This paper describes the design and construction of Autodesk’s Headquarters building. The building was a “triple win”: design and construction costs were below target (benefiting both the design-build team and owner); designer and contractor profits exceeded targets; and the building achieved LEED-CI Platinum and all other goals. The building demonstrates several principles of factor-ten engineering.
Conference Proceedings, 2010
In order to avoid reaching unsustainable levels of atmospheric greenhouse gas (GHG) concentrations, we must reduce GHG emissions by 75% by 2050. “Deep” commercial building retrofits are an essential part of the solution. A “deep” retrofit is 1) a package of integrated, whole-building energy efficiency measures that 2) is coordinated with planned equipment replacement and that 3) optimizes cost and GHG reductions. Developing deep retrofits requires changes to the typical approach to building retrofits (which generally result in only ~15-30 percent energy savings). This paper highlights differentiators between the Empire State Building retrofit process and the typical approach to retrofits. These differentiators are likely not the precise or only changes needed to the typical retrofit process; however, they form a starting point for driving greater energy savings in building retrofits.
Report or White Paper, 2010
Designers often assume that radical efficiency is too expensive. Yet RMI’s Factor Ten Engineering initiative demonstrates that very large energy and resource savings can be very profitable across a wide range of applications. Factor Ten Engineering uses such innovations to transform design and engineering practice, via whole-system thinking and integrative design. This document outlines the design principles of Factor Ten Engineering.
Report or White Paper, 2008
This paper challenges the view that nuclear power is competitive, necessary, reliable, secure, and affordable. The authors explain why nuclear power is uncompetitive, unneeded, and obsolete.
Report or White Paper, 2005
This paper, which was commissioned by the InterAcademy Council, discusses the importance and benefits of considering energy end-use efficiency when making energy economic decisions. Energy end-use efficiency is the concept of providing more desired services per unit of energy consumed.
Report or White Paper, 1996
This classic publication describes some of RMI's founding principles through a story of parachuting cats into Borneo.
In this letter to The Wall Street Journal
, Amory Lovins provides a public rebuttal to the prevalent perception that preventing climate change is too expensive to warrant the effort.