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Energy producing speedbumps - Coggle Diagram
Energy producing speedbumps
benefits
Slower speeds on roads
allows for streets to narrow, therefore adding pedestrian space
Bike lanes can be prioritized
trees and plants can be grown
produces stable source of energy
produces energy from an already prevalent source
produces energy at peak times of activity
rush hour
people will get home and use the electricity they have generated
allows for safer use of bikes
drawbacks
negative commuter feedback
high initial and maintenance costs
installing them may lead to roadworks or diversions
excess road noise
small amount of energy
community
negative perception of speed bumps
increases travel time
reduces speed
Safe communities
allows for narrower streets, more room for pedestrians
children and vulnerable adults may feel safer commuting.
cost
A standard speed bump can cost between £400-£1800
this depends on the street shape, size and material of the bump
including labor
current prototypes of energy reducing speed bumps cost anywhere from £2000-£25000 each
high costs need to be justified by the amount of energy they will produce.
justifications
reaching Environmental sustainability goals
Peak activity energy generation
pedestrian safety
road user safety
aesthetics
The speed bump can blend in
Like normal
will not effect environment much
does not take away from natural beauty
or stick out
Futuristic design
modern streets
21st century tech
perceived newness