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KUM TEROKAI GAYA PENGANGKUTAN BERTEKNOLOGI HIJAU

KOTA BHARU, 20 Safar 1438H bersamaan 20 November 2016

Smart Sustainable Mobility Solutions

Bike-Sharing System

Bike-Sharing System is a public-private transportation provision that has quickly emerged in recent years.

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Electric Bicycle

An electric bicycle, also known as an e-bike, with an integrated electric motor which can be used for propulsion.

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About ORIDE

ORIDE is dedicated in integrated urban mobility solutions. We provide easier, trendier, healthier & happier ways for people to commute in their community.

Details

About Oride

ORIDE is dedicated in integrated urban mobility solutions. We provide easier, trendier, healthier & happier ways for people to commute in their community.

Our Mission

We are passionate and enthusiastic to promote last-mile solution to urban areas, townships and university campuses by introducing public bike-share system, electric bicycles, electric scooters and bicycle rental system.

Our Vision

We aim to become the most influential integrated urban mobility solutions provider in Southeast Asia region.

Electric Bicycles & Commuters

Life is simple, make life easier

Conquer your town or neighborhood AND see places like you have never seen before.
Thinking of HAVING extra effort to cycle up that hill? No sweat. Our ELECTRIC bicycles scale any heights with ease.
Fold it, carry it or power it, all the impossible with a bicycle, we got it figured out!

So pick up that bike and start moving!

Bike-Sharing System

In addition to providing people with a healthy transportation option, Bike-Sharing System can help:

  • Extend the reach of transit and walking trips
  • Reduce the need for personal vehicle trips
  • Trigger greater interest in cycling, and increase cycling ridership

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FAQS

Frequently Asked Questions

Electric bicycles are very safe! Intelligent functions are incorporated into every bike we sell and vary between manufacturers. Most include automatic power cut-off features, and all bikes use standard electrical safety components such as circuit breakers and fuses to protect riders.

Although it's possible to be shocked by mishandling or misusing these products, it's very unlikely when used properly. If a shock does occur, not enough voltage is present in any of our bikes to constitute a serious safety threat.

These days, most electric bicycle use "brushless" hub motors. They require almost no maintenance and last much longer than "brushed" hub motors - but are a bit more expensive. Here are the details about how they work in case you have a choice:

Brushed Hub Motors: In a brushed hub motor, electrical energy is transferred through small metal "brushes"' that contact a rotating part of the motor called the commutator. Because there is physical contact between stationary and moving parts, wear will occur, and over time (about every 3000 miles), the brushes will have to be replaced. Replacement is easy, but getting the motor back together isn't! Brushed hub motors require less complex controllers than brushless motors, so the systems are less expensive. But we always recommend brushless hub motors because of ease-of-maintenance.

Brushless Hub Motors: With a brushless motor, there is no contact between any of the parts inside the motor. The end result is a motor with no theoretical life limit. Brushless motors have more sophisticated controllers than brushed motors, and there are many more connections from the motor to the controller. The motor has three windings. Power is applied to individual windings depending on where the motor is in its revolution. As the motor passes one winding, the controller moves the power to the next winding to keep the motor turning. We highly recommend brushless motors to all our customers.

For the most part, every product we sell is water and weatherproof. But this does not mean they're water-tight! If you submerge any of these products in water, it will seep into the openings and likely cause damage. These products are fine in light rain or damp riding conditions.

But during heavy down pours or deep paddling, we recommend pulling over and waiting for the weather to subside. If you plan on riding in the rain on a regular basis, we recommend taking some extra steps to further waterproof your electric bicycle. This includes ensuring all electrical connections are wrapped in electrical tape and all connectors and exposed openings are sealed with clear silicone.

The Malaysia Law states that any electric bicycle with operating pedals, limited to 25kmph and with 250w of power (or less) is classified as a bicycle. While you can legally ride an electric bicycle anywhere standard bicycles can be riden, each state is responsible for the laws governing the use and operation of electric bicycles. Since the laws vary from state to state, please check with your local state of government or local authorities. If you are unfamiliar with local electric bicycle laws, consider this: • Police don't normally know the specific laws pertaining to electric bicycles. • Police often expect electric bicycle and scooter riders to wear a bicycle helmet. • Most electric bicycles look like ordinary bicycles to the casual observer.

With some electric bicycle kits, you have the option of a front or rear hub motor. Each type of motor has advantages and disadvantages:

Front Wheel Hub Motor: A front hub kit is normally much easier to install than a rear wheel kit since you don't have to worry about gearing or derailers. Using a front hub motor also helps equalize the weight of your bicycle since the batteries are normally mounted on the rear rack. Many riders feel like they have more control with a front wheel kit and they're great for casual bikers or lower power systems (under 750 watts). When riding, the rider can easily see the front wheel and respond quickly to problems such as wheel spinning.

Rear Wheel Hub Motor: Rear wheel drive has the advantage of better traction which is great for hills and inclines. And because the rear frame dropouts are normally stronger than the front fork dropouts, a rear wheel can handle more torque and increased power. Plus, you can still use front suspension with a rear wheel kit. But be aware: if you apply too much throttle and the rear wheel starts to spin, you could loose control since you can't turn the wheel to correct for a slip like you can with a front wheel. Rear drive puts the entire weight of the system on the rear of the bike which can make the bike harder to handle.

Battery charge times will vary between manufacturers, models and battery types. Typically, the initial charge will take 4-5 hours. For routine charging, higher quality batteries (such as Li-Ion and NiMH) will take less time - anywhere from 3-4 hours. Cheaper sealed lead acid (SLA) batteries will take 6-8 hours.

Battery life will vary depending on the type of battery you choose and how well you maintain it. Typically, Lithium Ion (Li-Ion) batteries last the longest - anywhere from 700-1000+ charges. Nickel Metal Hydride (NiMH) batteries have a life span of about 500-700 charges, while sealed lead acid (SLA) batteries last between 300-500 charges.

To extend the life of your battery, charge the battery regularly and promptly after each use. If you store your bike for prolonged periods of time, both the batteries and charger should be stored at temperatures above freezing and recharged every 4-6 weeks. The longer a battery sits uncharged, the faster the life will be reduced.

With the price of gasoline rising and falling like a roller coaster, many people are seeking out alternative modes of transportation. To beat the expenses and help the environment, some are finding the electric bicycle provides the perfect solution. This hybrid machine isn’t really just a bicycle and it’s not quite a scooter or motorcycle, but it can offer some of the advantages of both.

So, just what is an electric bicycle?

This type of vehicle is a bicycle that can operate on either human power or electric power for pedaling. When electric power is kicked in, the bike can travel at speeds that exceed 20 miles per hour and do so without eating up gasoline or creating emissions in the process. More efficient than a standard bike, but not as costly as a true scooter or motorcycle, the electric bicycle presents a best-of-both-worlds situation for users.

There are a number of advantages that can go along with using an electric bicycle for short-distance commutes. They include:

The power – Electric bicycles can function exactly like a bike and be used solely as such. When there is a need for an extra power boost, however, these machines can provide. For example, a rider can use personal pedal power for an entire trip, but kick on the electric to make climbing a hill easier on the legs and lungs. This makes the electric bicycle well suited for day-to-day commuting, exercise and more.

The safety – Electric bicycles offer all the safety features of a regular bike with a little twist. They have the power to get out of their own way or a car’s when the need arises. This is a big positive for bicycle riders in high-traffic areas.

The operational and purchase expenses – Electric bicycles are fairly reasonable to purchase and they do not cost much to operate. Insurance is generally not needed to ride these machines and there is no worry about having to pay at the pump. What’s more, electric bicycles tend to hold their value quite nicely for resale.

The green factor – Electric bicycles are an excellent alternative for the environment. They do not require gasoline and they do not produce emissions. This makes using an electric bicycle to replace vehicle transit an excellent choice for reducing personal carbon footprints. If an electric bicycle happens to pull its power from solar energy, the green factor and sustainability can be even more impressive.

The speed – Electric bicycles can travel faster than standard bicycles and do so without forcing the rider to break a sweat. Electric power, for example, can be used to get to work without messing up a professional look. On the way home, pedal power can come into play for a bit of exercise.

The electric bicycle is an alternative transportation machine that can make commuting a pleasure. Operating on people or electric power, this low-impact machine is fast becoming a popular replacement for cars for short-distance transit. The versatility of this type of bike is hard to top.

Article Source: ArticlesBase.com – Just What Is An Electric Bicycle?

Battery technology continues to improve everyday. Currently, there are 3 main types of batteries used in electric bicycles:

Lithium Ion (Li-Ion) - Lithium Ion batteries are the highest quality batteries available in today's market. Although they cost the most money (upfront), they have the longest life and the lowest weight. Because they last 3-4 times longer than cheaper battery types, the higher cost will be negated over time.

Nickel Metal Hydride (NiMH) - NiMH is a mid-range battery chemistry that isn't quite as common. NiMH batteries are light-weight and have an extended life span over cheaper SLA batteries. But for the most part, pre-built electric bicycle due not include NiMH and it's only available for people considering and electric bicycle conversion.

Sealed Lead Acid (SLA) - Sealed lead acid batteries have been around for decades. Although they're the cheapest form of battery technology, they have the shortest life and are extremely heavy when compared to other battery types.

Surprisingly, this is one of the most common questions at our retail shop. In order for an electric bicycle to produce power, it would require resistance, making it harder to pedal. The energy savings would be minimal and riding your bicycle would be very difficult. If you used power instead, it would put more strain on the motor, depleting an equal amount of power to the power being generated. It's unrealistic and inefficient.

But a limited number of electric bicycle models include 'regen' like the BH Emotion Neo range - or regenerative braking. Regen creates power while coasting or using the brakes. Although none of our electric bicycle include regen yet, it is available on a some very expensive electric bicycle models. But does the cost justify the energy savings? Regen only produces a small amount of power when braking or coasting. If you live in an extremely hilly environment with lots of downhill terrain, it might provide some benefit. But in our opinion, it's not worth the extra cost since it only provides a 5% to 10% increase in range / battery life under ideal conditions.

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