Starting from my experience in the residential sector—albeit I know you're mainly focusing on federal buildings—Canada has among the world's leading building scientists. The R-2000 program developed here in Canada was, and still is, among the best in the world in terms of a voluntary program.
Coming back to the comment on codes, they tend to get picked up by the provinces. It's more at the provincial level. So in the province of Ontario, they did pick up...and have actually used the R-2000 standard as this definition of a code-built house now in 2012, as has Nova Scotia and some parts of B.C. The two go together, very much hand in hand.
Canada had the U.S. Green Building Council meeting and trade show last year in Toronto for the first time, with about 20,000 people attending. Canada really put on an extremely good show. There is very good Canadian technology, and we do not have to take second seat to anyone, I don't think.
I just want to make another comment, if I can, coming back to a point that Wayne made about lighting. Lighting is very cost-effective. The paybacks are very short. If you're just doing a lighting project, it could be done quite cost-effectively internally.
But lighting is only one part. As I think you mentioned, the bigger part of the energy equation—and it is more difficult—is the mechanical systems, the envelope, the shell, the other pieces of it. So what we'd look to do is more of a complete energy performance contract of the whole system, where we would be looking at major energy savings in both electricity and fuel for the entire building, and that typically requires—