Office building in Greensboro, North Carolina

Built in 1971 and located in downtown Greensboro, North Carolina, this office building is one of a number of commercial buildings constructed for local banks during the 1970s. Self-Help has owned and operated the property since 1998, and it currently houses 21 office tenants, all of which are non-profit organisations. The building is a representative example of the large stock of B-class commercial office buildings that make up the skyline of most U.S. cities.

Tusco Display

Tusco Display’s facilities in Tuscarawas County, Ohio, are an impressive example of how investing in the energy efficiency of buildings can boost profits in a competitive market. The custom fabrication company has used energy efficiency as a strategy to lower costs, improve productivity, and remain competitive in a challenging commodity market with both domestic and international competition.

Biological Sciences Laboratory - University of Minnesota

The retrocommissioning of the University of Minnesota’s Biological Sciences laboratory is an outstanding example of a modest efficiency investment that delivered strong financial performance.

Constructed in 1969, Biological Sciences is a dual-purpose teaching and research laboratory with eight floors, located on the University’s St. Paul campus. No significant efficiency improvements were made to the building in the years preceding the recent retrocommissioning effort, which began in June 2013 and concluded in January 2014.

SOLCER House: Wale´s first low-cost positive energy house

Experts from the Welsh School of Architecture (Cardiff University) have designed and built Wales’ first low-cost energy positive house. The "Smart Operation for a Low Carbon Energy Region" (SOLCER) House is capable of exporting more energy to the national electricity grid than it uses, in an attempt to meet tough new targets for zero carbon housing.

BINE-Projektinfo: "University campus to become climate neutral"

This four-page BINE information paper presents an energy master plan for the campus of the Technische Universität Braunschweig, developed by an interdisciplinary research team. The researchers have created differentiated development scenarios (different options for action with regard to existing buildings, new-build schemes, space efficiency, energy provision and mobility) for the period up to 2020 with the aim of reducing the primary energy consumption by 40% and, in the long term, facilitating the conversion to renewable energy.

School of the Future: Simple to use calculation tool for the energy assessment of school buildings - ASCOT Light

The calculation tool ASCOT - Assessment tool for additional construction cost in sustainable building renovation – was originally developed for dwellings. The purpose of the ASCOT tool is to assist the user in evaluating and thereby optimise the economical costs of a building renovation project in relation to sustainable development issues.

IEECB&SC’16 | Improving Energy Efficiency in Commercial Buildings and Smart Communities. Call for abstracts deadline NOVEMBER 15, 2015

Call for Papers for the IEECB&SC’16 Conference "Improving Energy Efficiency in Commercial Buildings and Smart Communities". The deadline for abstract submissions is November 15, 2015.


The papers should focus on the following topics among others:


Towards an identification of European indoor environments’ impact on health and performance - homes and schools.

This white paper, released by the Fraunhofer, Institut für Bauphysik – IBP, pinpoints key findings from a large literature screening of the impact of European indoor environments on health and performance in homes and schools.