Why they are good policy - plus options for design
E-bikes - effective Zero Emission Vehicle (ZEV) and climate cooling tool.
The switch to electric cars is necessary, but will not happen fast enough to meet the science. In 2018, the world's climate scientists told us that we need to reduce our carbon emissions 45% by 2030 in order to avoid the worst consequences of the climate crisis.
Changing out our vehicle fleet will take decades. Auto manufacturers are not even planning on having full electric lines until 2035 and the most aggressive state and federal plans are on similar timetables. The vast majority of the vehicles on the road will be gas powered far beyond 2030. We need to help people get out of their cars now.
On this page we describe why e-bike programs can be effective. Then we survey the range of program designs being used to help people get out of their cars on to two (or three) electric assisted wheels. (Jump down to Program Designs)
E-bikes can be a game changer for helping people take more trips without their cars.
Overcome many of the challenges people have with bicycles
E-bikes are great at climbing hills, beating headwinds, hauling kids & loads and tackling long commutes all with no sweat (unless you want it). Plus e-bike riders feel safer navigating traffic with the extra acceleration power.
Cheaper and faster to deploy
E-bikes cost about 10% as much as an electric car. With reduced capital costs we do not have to wait until an individual owner - or fleet operator - is ready to fully replace a gas powered vehicle to put an e-bike in service and start reducing gas powered trip miles.
No expensive charging infrastructure required.
E-bikes charge in 2-6 hours from a regular household outlet. No panel upgrades. No permitting.
Insignificant demand on the grid
E-bike chargers only pull 150-400 watts from a 120 volt circuit and provide 10-20 miles of range per hour of charging. Getting this rate of recovery for charging an electric car requires a Level 2 charger pulling 3-6 kW from a 240 volt circuit.
High energy efficiency plus major climate & material savings
E-bikes get 1000 to 4000 MPGe and are 20 times more efficient than electric cars - meaning they can go twenty times farther than an electric car for the same charging electricity carbon emissions. The manufacture of an e-bike takes at least an order of magnitude less embodied energy and carbon. An e-bike will go at least 30 times farther than an electric car per pound of battery - stretching those limited lithium supplies farther.
Same benefits as regular bikes.
E-bikes, like all bikes. produce virtually none of the particulate emissions that are generated by car tires and brakes. They reduce congestion and road damage. They vastly reduce pedestrian injury & deaths. Up to 10 bikes or 2-4 cargo bikes can park in the space taken by one car.
Expand the trips for which cycling is applicable
E-bikes provide a pathway to greater reductions in VMT (Vehicle Miles Traveled) by making it practical to cycle for longer trips, steeper hills, larger loads (including kids). hotter environments, and more challenging traffic. An E-bike is not a replacement for safer bicycle and pedestrian infrastructure but can help us get VMT reductions while we are undertaking the longer project of adding bike lanes and other safety changes to our road infrastructure.
Low cost carbon savings
Studies have shown that e-bike incentives are cost effective. E-bike users use their bikes for day to day commuting and errands, not just recreation. Subsidy dollars go farther. generating equal or higher carbon savings with incentive programs for e-bikes than for electric cars.
Increase equity and impact
The same dollars can get many more people on e-bikes than in electric vehicles and the relatively low cost of e-bikes opens up opportunities to take electric vehicle incentive programs that have mostly catered to wealthier people into low income communities.
Good for elderly and handicapped people
Electric trikes are proving to be liberating to people who are getting less steady on their feet with age or who have lost use of a leg.
Check out Studies of e-bikes to learn more about many of these benefits.
Programs Options to help people get on to e-bikes
While e-bikes are far cheaper than EVs, they are still significantly more expensive than an entry level pedal bike. New e-bikes range from $1500 for a basic commuter to over $5,000 for a good cargo bike. This is a lot of money, particularly for low income people and for people who have not yet experienced how an e-bike can fit into their life.
Government agencies, utilities, non profits and businesses around the world are experimenting with a range of program types to make e-bikes more accessible.
Rebates are the most common type of incentive program. They generally require purchasing the e-bike with your own cash and then filing for the rebate, except instant rebates where you can apply at the dealer.
Vouchers are used to make purchase programs more accessible to low income people who may not have the cash to advance for rebate program. These programs usually require applying to the agency for approval in advance of the bike purchase. The recipient may get a credit card or certificate that can only be used for the e-bike (and sometimes accessories), and often only at approved dealers.
Discounts generally are a reduction in price that the dealer gives on the spot for buyers with appropriate identification.
Leases & Rent to Own usually provide low or no interest monthly payments toward ownership.
In Germany, a 3 year lease is provided through employers with a pretax payroll deduction program that provides savings up to 40%
Loans at low or zero interest rates are offered by some bike brands & dealers similar to those offered by car dealers.
Bikeshare programs provide short term (by the minute or hour) rentals on demand and have started to include e-bikes.
Lending Libraries provide low cost (or sometimes free) loan of e-bikes for anywhere from a full days to months at a time. Bikeshare has the advantage of very ad hoc, spur of the moment usage. Lending libraries, on the other hand, allow the user to keep the bike for longer time periods, for far less cost per amount of time. The user can take the bike home and integrate it more closely into their life instead of being on the clock to finish the errand in 30 minutes. For case studies on the lending library and related concepts see FreeBike (and follow the FreeBike blog)
Subscription programs are similar to lending libraries, but intended for longer periods. For one monthly fee the company delivers a bike and provides all necessary adjustments, insurance and repairs. There is usually a minimum contract period - such as 6 months - and notice period typically one month.
See the E-Bike Incentive Programs page for examples that have been implemented successfully all over the globe.
Check out Legislation to learn the status of bills to develop more incentives for e-bikes and bikes, and to make bicycling safer and more effective.
 45% reduction from 2010 levels, 100% by 2050 - ‘Special Report: Global Warming of 1.5°C‘ United Nations Intergovernmental Panel on Climate Change (IPCC), Oct 2018
 General Motors Sets All-Electric Target For Vehicles By 2035, NPR, February 1, 2021
 California to phase out sales of new gas-powered cars by 2035, Washington Post, Sept 23, 2020
 Even if we do succeed in stopping selling all gas powered cars by 2035, our transportation sector will not reach zero emissions until 2050. Electric Cars Are Coming. How Long Until They Rule the Road? New York Times, March 10, 2021
 E-Bike 1000 MPG Study-Charging, E-Bike 1000 MPG Project, accessed 6/23/21
 E-Bike 1000 MPG Study-Results, E-Bike 1000 MPG Project, accessed 6/23/21
 reference coming shortly
 Environmental & Human Rights Costs of Batteries. E-bike 1000 MPG Project