The DSC project takes advantage of the city's purchase of DSC manufacturing equipment to expand the use of this versatile technology. By having a production facility, the city can mass produce DSC panels, making them cheaper. This reduces the cost of the panels to the SCAF project, for city use, to sell to the city's inhabitants and supply other cities building SCAF networks who didn't acquire the production facilities.

A city today has many glass structures. Bus shelters, public shelters, noise baffles on highways, rooves etc. The DSC project aims to replace the existing glass structures with DSC panels. If the structure is there anyway and it uses coloured glass, why shouldn't it use DSCs and work for the city? Also, by decentralizing the power supply a little the city can protect itself somewhat from massive power outages as seen most recently across Europe.

If the same 21 cities in Europe so far marked for the SCAF project instigated the DSC project, and each replaced 250 bus stops, 75 shelters, 15 car park rooves, 13 city building rooves(DSC tiling), 25 noise barriers 150 telephone boxes and 2000 windows with DSC panes working at 10% efficiency, 48 Mw of green energy would be produced per year by a distributed energy network. Reducing CO2 emissions by 28.4 million tons a year.