Why electric bikes are a game-changer

The e-bike revolution is coming, and here is what you need to know…

get your dream ebike with Workride

What are ebikes?

Electric bikes, or e-bikes, combine the simplicity of a traditional bicycle with the addition of a battery powered motor to give you that extra oomph! The concept of e-bikes aren’t actually new, dating back to the 19th Century, but their boom in popularity and the improvements in technology are a game-changer transforming the bike industry and opening up opportunities for more people to get into cycling.

If you’ve thought about buying an electric bike or you simply want to learn more, let’s give you a quick tour. 

E-bikes offer all the features of a traditional pedal bike but include an electric motor that provides pedal-assist, giving an extra boost to your pedaling. Unlike a motorbike, the motor's power is only activated when you pedal. The motor is powered by a battery, typically mounted on the bike frame, and riders can usually adjust the level of assistance to suit their needs, with settings like eco, sport, or turbo modes. 

In New Zealand e-bikes are legally required to have a maximum power output of 300 watts or less. Find out more Electric Bikes or NZTA

Are E-Bikes suitable for me.

Common Questions?

Top 5 Tips for buying your perfect electric bike.

Motor & Drive Type

Legally, e-bikes in New Zealand must have a motor rated at 300W or less to be classified as bicycles. Most models available are equipped with either 250W or 300W motors. However, there can be noticeable differences in performance between bikes with the same wattage rating, so it’s worth taking a test ride to find what suits you best.

When it comes to motor types, you’ll see both hub-drive and mid-drive systems, each with its own advantages depending on your needs:

Hub Drives: These are great for most riders and come in front or rear hub configurations. Rear hubs provide better traction on steep or loose terrain compared to front hubs. However, pairing a rear hub with a rear-mounted battery can sometimes lead to an imbalanced ride. Hub motors are generally more affordable and simpler to maintain, making them ideal for casual or commuter cyclists.

Mid-Drives: Known for better efficiency and balance, mid-drive motors excel on long, steep ascents. They integrate well with the bikes drivetrain for a smoother ride, especially on challenging terrain. However, they tend to be more expensive and typically include a throttle option.

ebike battery

Weight

This all depends on your use and budget. But generally the heavier the bike the more you’ll impact maneuverability. You’ll also notice the weight should the power top out and you’ll use a little more battery. 

Brand & Components 

Good components make a world of difference. Research your brands, and buy from reputable well known manufactures. Groupsets are all the moving parts on the bike and are usually tiered in quality and price. Your motor is one of the most valuable components of an ebike, so look for brands like Bosch, with quality parts and guarantees.

Use your local bike shops

Nothing beats popping into the local bike shops, speaking to your local stores and asking some questions. It’s always best to ‘try before you buy’ with ebikes. Check out our network of Workride retail partners.

Mid drive motor type

Battery Range and Type

The battery is the most expensive and critical component of an e-bike, especially in terms of reliability. Cheaper e-bikes are more prone to battery failures, so it's essential to consider the cell manufacturer. Reputable brands like Panasonic, Samsung, and LG are known for their quality and longevity.

In addition to the battery, other electronics, such as the Battery Management System (BMS), play a crucial role in performance and durability. A well-designed BMS from a reputable e-bike brand can help prevent failures and ensure efficient battery usage.

When evaluating e-bike ranges, be cautious of overly optimistic claims from some manufacturers. Battery capacity is measured in "watt-hours" (Wh), calculated by multiplying voltage (typically 36V or 48V) by amp-hours (Ah). For example, a 48V 13Ah battery (624Wh) offers about one-third more capacity than a 36V 13Ah battery (468Wh).

As a general guideline, you can expect approximately 15km of range per 100Wh of battery capacity. However, this can vary significantly depending on factors like motor power, assistance level, rider weight, and terrain.

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Where does workride come in?

E-bikes are a gamechanger, transforming lives and redefining what’s possible in personal transportation. At Workride, we’re proud to support individuals and workplaces in making e-bikes a part of their journey. Whether you’re a beginner, an older adult, or someone living with a disability, an e-bike can open up a world of possibilities.

Perhaps after reading this you fancy getting yourself an e-bike to make that commute a little more achievable and arrive at those meetings a little less sweaty. Or maybe it's just because they are bliming good fun! 

Workride allows you to offset between 32-63% off a new bike or e-bike through your employer. Better yet, this cost is effectively spread out across 12-months through the salary sacrifice. .

E-bikes are not just about convenience; they’re about empowerment. They enable individuals to overcome personal and physical barriers, fostering a sense of freedom and accomplishment. The bi-product is a reduction in carbon emissions, easing traffic congestion, and healthier lifestyles.