Source: Sustainable Facility (November 2008)
What is missing here is the heating component.   It is a statistical fact that in heating climates, buildings usually use significantly more energy for heating purposes than for electricity.  I.e, the 40% of CO2 emissions that originate from the building sector represents the sum of two types of energy usage– electricity and heating– not just electricity.

Source: Architectural Products (October 2008)
By: Megan Mazzocco, Associate Editor
Dubbed SolarDuct, the rooftop solar air heating and PV system is based on the company's SolarWall technology.  The big news is that SolarDuct offers a new way to mount photovoltaic modules using a thermal racking system that captures the photovoltaic heat energy and channels it into the building to displace the heating load.

Source: Eco-Structure Magazine (October 2008)
Michael Phelps stole the headlines for two weeks in August when he swam to achieve new records, winning eight Gold medals at the Olympic Games.  Although the thousands of athletes who gathered in Beijing grabbed the spotlight, the buildings where they resided and competed for two weeks also made history.

Source: EnerG - Alternative Sources Magazine (September-October 2008)
Mounted on the roof of one of the central buildings, which will be a service centre for athletes during the Olympics, the SolarWall® PV/T technology is unique in that it is one of the first commercially viable hybrid solar systems.

Source: Sonne Wind & Wärme (13/2008)
For the first time, a Canadian company Conserval Engineering Inc. has installed a commercial hybrid solar thermal collector system in the olympic village. (Full German text below)

Source: Sustainable Facility (September 2008)
The SolarDuct product can be used for PV/Thermal cogernation to reduce the ROI timeframe on a PV system; with a SolarDuct PV/T system, the all-metal SolarWall panels double as the rackin system, while also removing the heat from the back of the PV modules using it to offset the building's heating load.

Source: Photon - Das Solarstrom Magazin (September 2008)
Author: nw
Photon Magazine (German edition) featured a full page article on the SolarWall PV/T installation at the Beijing Olympic village.

Source: Sustainable Architecture & Building Magazine (SAB Mag) July-August 2008
The Beijing Olympic Village is now home to Canadian cutting edge solar technology: the world's first SolarWall photovoltaic/thermal [PV/T] hybrid system. Mounted on the roof of one of the central buildings for the athlete services, the SolarWall PV/T technology is one of the first commercially viable hybrid solar systems that produces both electricity and heat energy from the same surface area, generating 200-300% more energy than a conventional PV system.

Author:Duncan Mavin
Source: The Financial Post (FP1 and FP3)
HONG KONG -With Beijing's futuristic Olympic venues drawing almost as much attention as the athletes on show, a private Canadian solar power company is hoping that having its product provide energy to the Games will boost its standing in the rapidly growing global solarpower sector. Conserval Engineering Inc., a 30-year-old renewable energy business based in Toronto, has installed two of its SolarWall panels in the Beijing Olympic Village, including a cutting-edge hybrid solar system that generates both electricity and heat energy.

Source: The Military Engineer(July - August 2008)
In late 2005, the U.S. Army Corps of Engineers (USACE) commissioned a $3 million retrofit program to upgrade 27 buildings at Fort Drum, N.Y., with solar air heating systems.  The project used SolarWall technology, which heats the ventilation and makeup air required in vehicle maintenance garages, warehouses, hangars and other buildings, thereby displacing the traditional heating load, energy costs and emissions.