A grid-charged battery powering an electric motor will produce mechanical energy approximately 10 times more efficiently than a person consuming a regular diet, according to a systematic energy flow comparison. The electric bicycle offers the lowest financial and environmental costs for daily personal commuting between 5 and 30 miles, typically without adding to journey time in cities.

1. Climbing hills

Although it may seem obvious, that is the main benefit. A decent Best electric bike successfully flattens hills, boosting your average speed and getting rid of that "groan" you get when you see a gradient. On an electric bike, you should be able to easily climb slopes that are 1 in 10 (10%) in grade and navigate up to a maximum gradient of 1 in 7 (14%), if not much higher.

2. Security

It sounds improbable, don't you think? However, the maths is convincing. Imagine a steep, congested road where vehicles are moving at 30 mph. You will encounter 33% fewer cars if you previously struggled up the hill at 6 mph but can now do it on an electric bike at 12 mph.

3. No Sweat!

When you're out on a leisurely ride, sweat might not be a big deal, but if you're cycling to work, it matters more. While some firms are reluctantly offering showers and other amenities to bicycles, the vast majority do not plan to. The issue is solved at its root with an electric bicycle. By giving the electric motor a little bit extra load in hot weather, it is possible to keep to the regular schedule. Simply reduce your speed or turn off the engine in cooler weather or if you feel like working out.

4. Eco-Friendly

Evidently, electric bikes use more energy than regular bikes (provided we ignore the environmental cost of growing and processing food - see below). However, compared to a moped, motorcycle, or automobile, the quantity of energy utilized is really minimal. The only consumables other than gasoline are batteries, which can typically be recycled when their useful lives have passed. In terms of energy consumption, used electric bikes typically utilize 100 to 150 watts of electrical energy per liter of fuel, compared to around 15,000 for a car (admittedly traveling much faster).

5. Genuine Sustainability

There is a lot of misinformation out there about how to make transportation sustainable, but an electric bicycle can be designed to be so. The automobiles will consume no fossil fuels if you purchase power from a "green" provider or produce your own with a windmill or solar panel array put on your roof (see Solar Power facts).

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