Could be, yet I tend to think that NO filters and wide range high efficiency speakers work best for electronic music too.
I've listened to f.e. Trentemoller live a few times, and at home. What I think is good electronic music is layered like classical music. ELectronic music frequency boundaries do not necessarily extend those for classical, I even think that electronic music does not extend to the low end since many bands are used to the limits of current speaker designs. (peak low end energy usually sits arounnf 70-80Hz).
My Trionor design delivers electronic music with authority and unravels the layering, heck my current 'get by for the moment' 8" Philips wideband units from the fifities do great unraveling the layering and details and perform as if they are backed by some seriously larger woofers.
Filtering messes up phase coherence as speaker enclosures do, IMHO its less is more and all that. Phase coherence and time alignment are required to recreate things in osund that belong together, like overtones happen at certain wavelentghs above and below the ground tone ripping those loose from their source makes for a tough job putting them back in the place where they belong.
IMO it's a.o. that what makes modern speakers compare poorly with real music
I rather play reverse judo with the frequency response curves of speaker units, making use of the strengths and avoid the weaknesses rather than manhandling difficulties into a straight jacket using higher order filters, that sort of idea ;-)
Creating ONE decent filter combo of a high pass and a low pass filter for a filtered two way can be difficult enough, adding another filter increases the difficulty of maintaining phase coherence to x^2, a four way to x^3 etc.
Too many speakers use filters that have been calculated for flat freq response (which is something the human brain will compensate for rapidly), and likely most experimentation was done adding dB/Octave, hence complexity and less phase coherence..